O-ring Material Compatibility for Chemicals Starting with A

Which O-ring do I need for ACETALDEHYDE?

PTFE O-rings are the best option for contact with ACETALDEHYDE, based on chemical resistance and relative cost. These materials offer chemical resistance to ACETALDEHYDE with a maximum swelling of less than 15%. EPDM, VMQ, FFKM and HNBR O-rings are less resistant to ACETALDEHYDE and should only be used after checking the application conditions. Do not use NBR, FPM, FEP, FVMQ and AU O-rings for ACETALDEHYDE, as these materials are not recommended or have not been tested for resistance to ACETALDEHYDE.

Which O-ring do I need for ACETAMIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ACETAMIDE, based on chemical resistance and relative cost. HNBR, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ACETAMIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ, FPM and FEP O-rings are less resistant to ACETAMIDE and should only be used after checking the application conditions. Do not use AU O-rings for ACETAMIDE, as these materials are not recommended or have not been tested for resistance to ACETAMIDE.

Which O-ring do I need for ACETANILIDE?

EPDM O-rings are the best option for contact with ACETANILIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ACETANILIDE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ACETANILIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ACETANILIDE, as these materials are not recommended or have not been tested for resistance to ACETANILIDE.

Which O-ring do I need for ACETIC ACID AMIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ACETIC ACID AMIDE, based on chemical resistance and relative cost. HNBR, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ACETIC ACID AMIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ, FEP and FPM O-rings are less resistant to ACETIC ACID AMIDE and should only be used after checking the application conditions. Do not use AU O-rings for ACETIC ACID AMIDE, as these materials are not recommended or have not been tested for resistance to ACETIC ACID AMIDE.

Which O-ring do I need for ACETIC ACID ETHYL ESTER?

PTFE O-rings are the best option for contact with ACETIC ACID ETHYL ESTER, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETIC ACID ETHYL ESTER with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM and HNBR O-rings are less resistant to ACETIC ACID ETHYL ESTER and should only be used after checking the application conditions. Do not use NBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACETIC ACID ETHYL ESTER, as these materials are not recommended or have not been tested for resistance to ACETIC ACID ETHYL ESTER.

Which O-ring do I need for ACETIC ACID METHYL ESTER?

PTFE O-rings are the best option for contact with ACETIC ACID METHYL ESTER, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETIC ACID METHYL ESTER with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM O-rings are less resistant to ACETIC ACID METHYL ESTER and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACETIC ACID METHYL ESTER, as these materials are not recommended or have not been tested for resistance to ACETIC ACID METHYL ESTER.

Which O-ring do I need for ACETIC ACID, 25% TO 60%?

EPDM O-rings are the best option for contact with ACETIC ACID, 25% TO 60%, based on chemical resistance and relative cost. VMQ, PTFE and FFKM O-rings offer the same chemical resistance to ACETIC ACID, 25% TO 60% with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, FVMQ and FPM O-rings are less resistant to ACETIC ACID, 25% TO 60% and should only be used after checking the application conditions. Do not use HNBR, FEP and AU O-rings for ACETIC ACID, 25% TO 60%, as these materials are not recommended or have not been tested for resistance to ACETIC ACID, 25% TO 60%.

Which O-ring do I need for ACETIC ACID, 5%?

EPDM O-rings are the best option for contact with ACETIC ACID, 5%, based on chemical resistance and relative cost. VMQ, FPM, FEP and FFKM O-rings offer the same chemical resistance to ACETIC ACID, 5% with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR and FVMQ O-rings are less resistant to ACETIC ACID, 5% and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for ACETIC ACID, 5%, as these materials are not recommended or have not been tested for resistance to ACETIC ACID, 5%.

Which O-ring do I need for ACETIC ACID, 85%?

PTFE O-rings are the best option for contact with ACETIC ACID, 85%, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETIC ACID, 85% with a maximum swelling of less than 15%, but at a higher cost than PTFE. FPM O-rings are less resistant to ACETIC ACID, 85% and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ, FEP, FVMQ and AU O-rings for ACETIC ACID, 85%, as these materials are not recommended or have not been tested for resistance to ACETIC ACID, 85%.

Which O-ring do I need for ACETIC ACID, GLACIAL?

VMQ O-rings are the best option for contact with ACETIC ACID, GLACIAL, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ACETIC ACID, GLACIAL with a maximum swelling of less than 15%, but at a higher cost than VMQ. NBR, EPDM, HNBR and FEP O-rings are less resistant to ACETIC ACID, GLACIAL and should only be used after checking the application conditions. Do not use FPM, FVMQ and AU O-rings for ACETIC ACID, GLACIAL, as these materials are not recommended or have not been tested for resistance to ACETIC ACID, GLACIAL.

Which O-ring do I need for ACETIC ALDEHYDE?

PTFE O-rings are the best option for contact with ACETIC ALDEHYDE, based on chemical resistance and relative cost. These materials offer chemical resistance to ACETIC ALDEHYDE with a maximum swelling of less than 15%. EPDM, VMQ, FFKM and HNBR O-rings are less resistant to ACETIC ALDEHYDE and should only be used after checking the application conditions. Do not use NBR, FPM, FEP, FVMQ and AU O-rings for ACETIC ALDEHYDE, as these materials are not recommended or have not been tested for resistance to ACETIC ALDEHYDE.

Which O-ring do I need for ACETIC ANHYDRIDE?

PTFE O-rings are the best option for contact with ACETIC ANHYDRIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETIC ANHYDRIDE with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM, FEP and VMQ O-rings are less resistant to ACETIC ANHYDRIDE and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, FVMQ and AU O-rings for ACETIC ANHYDRIDE, as these materials are not recommended or have not been tested for resistance to ACETIC ANHYDRIDE.

Which O-ring do I need for ACETIC ESTER?

PTFE O-rings are the best option for contact with ACETIC ESTER, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETIC ESTER with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM and VMQ O-rings are less resistant to ACETIC ESTER and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, FEP, FVMQ and AU O-rings for ACETIC ESTER, as these materials are not recommended or have not been tested for resistance to ACETIC ESTER.

Which O-ring do I need for ACETOACETIC ACID?

EPDM O-rings are the best option for contact with ACETOACETIC ACID, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ACETOACETIC ACID with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ACETOACETIC ACID and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for ACETOACETIC ACID, as these materials are not recommended or have not been tested for resistance to ACETOACETIC ACID.

Which O-ring do I need for ACETOL?

EPDM O-rings are the best option for contact with ACETOL, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ACETOL with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACETOL, as these materials are not recommended or have not been tested for resistance to ACETOL.

Which O-ring do I need for ACETONE?

EPDM O-rings are the best option for contact with ACETONE, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ACETONE with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACETONE, as these materials are not recommended or have not been tested for resistance to ACETONE.

Which O-ring do I need for ACETONE CYANOHYDRIN?

EPDM O-rings are the best option for contact with ACETONE CYANOHYDRIN, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ACETONE CYANOHYDRIN with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ACETONE CYANOHYDRIN and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for ACETONE CYANOHYDRIN, as these materials are not recommended or have not been tested for resistance to ACETONE CYANOHYDRIN.

Which O-ring do I need for ACETONITRILE?

EPDM O-rings are the best option for contact with ACETONITRILE, based on chemical resistance and relative cost. FEP, FVMQ and FFKM O-rings offer the same chemical resistance to ACETONITRILE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ACETONITRILE and should only be used after checking the application conditions. Do not use FPM, AU and PTFE O-rings for ACETONITRILE, as these materials are not recommended or have not been tested for resistance to ACETONITRILE.

Which O-ring do I need for ACETOPHENETIDINE?

FPM O-rings are the best option for contact with ACETOPHENETIDINE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETOPHENETIDINE with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ACETOPHENETIDINE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ACETOPHENETIDINE, as these materials are not recommended or have not been tested for resistance to ACETOPHENETIDINE.

Which O-ring do I need for ACETOPHENONE?

EPDM O-rings are the best option for contact with ACETOPHENONE, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ACETOPHENONE with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACETOPHENONE, as these materials are not recommended or have not been tested for resistance to ACETOPHENONE.

Which O-ring do I need for ACETOTOLUIDIDE?

FPM O-rings are the best option for contact with ACETOTOLUIDIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETOTOLUIDIDE with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ACETOTOLUIDIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ACETOTOLUIDIDE, as these materials are not recommended or have not been tested for resistance to ACETOTOLUIDIDE.

Which O-ring do I need for ACETYL ACETONE?

EPDM O-rings are the best option for contact with ACETYL ACETONE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETYL ACETONE with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ, AU and PTFE O-rings for ACETYL ACETONE, as these materials are not recommended or have not been tested for resistance to ACETYL ACETONE.

Which O-ring do I need for ACETYL BENZENE?

EPDM O-rings are the best option for contact with ACETYL BENZENE, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ACETYL BENZENE with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACETYL BENZENE, as these materials are not recommended or have not been tested for resistance to ACETYL BENZENE.

Which O-ring do I need for ACETYL BROMIDE?

EPDM O-rings are the best option for contact with ACETYL BROMIDE, based on chemical resistance and relative cost. FPM and FFKM O-rings offer the same chemical resistance to ACETYL BROMIDE with a maximum swelling of less than 15%, but at a higher cost than EPDM. FEP O-rings are less resistant to ACETYL BROMIDE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FVMQ, AU and PTFE O-rings for ACETYL BROMIDE, as these materials are not recommended or have not been tested for resistance to ACETYL BROMIDE.

Which O-ring do I need for ACETYL CHLORIDE?

FPM O-rings, FEP O-rings and PTFE O-rings are the best option for contact with ACETYL CHLORIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETYL CHLORIDE with a maximum swelling of less than 15%, but at a higher cost than FPM, FEP, FVMQ and PTFE. VMQ O-rings are less resistant to ACETYL CHLORIDE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR and AU O-rings for ACETYL CHLORIDE, as these materials are not recommended or have not been tested for resistance to ACETYL CHLORIDE.

Which O-ring do I need for ACETYLENE?

NBR O-rings and EPDM O-rings are the best option for contact with ACETYLENE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ACETYLENE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ O-rings are less resistant to ACETYLENE and should only be used after checking the application conditions. Do not use AU O-rings for ACETYLENE, as these materials are not recommended or have not been tested for resistance to ACETYLENE.

Which O-ring do I need for ACETYLENE DICHLORIDE?

FFKM O-rings are the best option for contact with ACETYLENE DICHLORIDE, based on chemical resistance and relative cost. These materials offer chemical resistance to ACETYLENE DICHLORIDE with a maximum swelling of less than 15%. NBR, HNBR, FPM, FVMQ and AU O-rings are less resistant to ACETYLENE DICHLORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ACETYLENE DICHLORIDE, as these materials are not recommended or have not been tested for resistance to ACETYLENE DICHLORIDE.

Which O-ring do I need for ACETYLENE TETRABROMIDE?

EPDM O-rings are the best option for contact with ACETYLENE TETRABROMIDE, based on chemical resistance and relative cost. FPM, FEP and FFKM O-rings offer the same chemical resistance to ACETYLENE TETRABROMIDE with a maximum swelling of less than 15%, but at a higher cost than EPDM. FVMQ O-rings are less resistant to ACETYLENE TETRABROMIDE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, AU and PTFE O-rings for ACETYLENE TETRABROMIDE, as these materials are not recommended or have not been tested for resistance to ACETYLENE TETRABROMIDE.

Which O-ring do I need for ACETYLENE TETRACHLORIDE?

EPDM O-rings are the best option for contact with ACETYLENE TETRACHLORIDE, based on chemical resistance and relative cost. FPM, PTFE and FFKM O-rings offer the same chemical resistance to ACETYLENE TETRACHLORIDE with a maximum swelling of less than 15%, but at a higher cost than EPDM. FVMQ O-rings are less resistant to ACETYLENE TETRACHLORIDE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FEP and AU O-rings for ACETYLENE TETRACHLORIDE, as these materials are not recommended or have not been tested for resistance to ACETYLENE TETRACHLORIDE.

Which O-ring do I need for ACETYLSALICYLIC ACID?

FPM O-rings are the best option for contact with ACETYLSALICYLIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACETYLSALICYLIC ACID with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ACETYLSALICYLIC ACID and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ACETYLSALICYLIC ACID, as these materials are not recommended or have not been tested for resistance to ACETYLSALICYLIC ACID.

Which O-ring do I need for ACROLEIN?

EPDM O-rings are the best option for contact with ACROLEIN, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ACROLEIN with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ACROLEIN and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for ACROLEIN, as these materials are not recommended or have not been tested for resistance to ACROLEIN.

Which O-ring do I need for ACRYIMIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ACRYIMIDE, based on chemical resistance and relative cost. HNBR, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ACRYIMIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ, FEP and FPM O-rings are less resistant to ACRYIMIDE and should only be used after checking the application conditions. Do not use AU O-rings for ACRYIMIDE, as these materials are not recommended or have not been tested for resistance to ACRYIMIDE.

Which O-ring do I need for ACRYLIC ACID, ETHYL ESTER?

PTFE O-rings are the best option for contact with ACRYLIC ACID, ETHYL ESTER, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACRYLIC ACID, ETHYL ESTER with a maximum swelling of less than 15%, but at a higher cost than PTFE. NBR and EPDM O-rings are less resistant to ACRYLIC ACID, ETHYL ESTER and should only be used after checking the application conditions. Do not use HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ACRYLIC ACID, ETHYL ESTER, as these materials are not recommended or have not been tested for resistance to ACRYLIC ACID, ETHYL ESTER.

Which O-ring do I need for ACRYLONITRILE?

PTFE O-rings are the best option for contact with ACRYLONITRILE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ACRYLONITRILE with a maximum swelling of less than 15%, but at a higher cost than PTFE. FEP O-rings are less resistant to ACRYLONITRILE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ, FPM, FVMQ and AU O-rings for ACRYLONITRILE, as these materials are not recommended or have not been tested for resistance to ACRYLONITRILE.

Which O-ring do I need for ADIPIC ACID?

NBR O-rings are the best option for contact with ADIPIC ACID, based on chemical resistance and relative cost. HNBR, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ADIPIC ACID with a maximum swelling of less than 15%, but at a higher cost than NBR. EPDM, FPM and FEP O-rings are less resistant to ADIPIC ACID and should only be used after checking the application conditions. Do not use VMQ and AU O-rings for ADIPIC ACID, as these materials are not recommended or have not been tested for resistance to ADIPIC ACID.

Which O-ring do I need for AERO LUBRIPLATE?

NBR O-rings are the best option for contact with AERO LUBRIPLATE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AERO LUBRIPLATE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to AERO LUBRIPLATE and should only be used after checking the application conditions. Do not use EPDM and PTFE O-rings for AERO LUBRIPLATE, as these materials are not recommended or have not been tested for resistance to AERO LUBRIPLATE.

Which O-ring do I need for AERO SHELL 17 GREASE?

NBR O-rings are the best option for contact with AERO SHELL 17 GREASE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AERO SHELL 17 GREASE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to AERO SHELL 17 GREASE and should only be used after checking the application conditions. Do not use EPDM and PTFE O-rings for AERO SHELL 17 GREASE, as these materials are not recommended or have not been tested for resistance to AERO SHELL 17 GREASE.

Which O-ring do I need for AERO SHELL 1AC GREASE?

NBR O-rings are the best option for contact with AERO SHELL 1AC GREASE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AERO SHELL 1AC GREASE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to AERO SHELL 1AC GREASE and should only be used after checking the application conditions. Do not use EPDM and PTFE O-rings for AERO SHELL 1AC GREASE, as these materials are not recommended or have not been tested for resistance to AERO SHELL 1AC GREASE.

Which O-ring do I need for AERO SHELL 750?

FPM O-rings and FEP O-rings are the best option for contact with AERO SHELL 750, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AERO SHELL 750 with a maximum swelling of less than 15%, but at a higher cost than FPM and FEP. NBR, HNBR and FVMQ O-rings are less resistant to AERO SHELL 750 and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for AERO SHELL 750, as these materials are not recommended or have not been tested for resistance to AERO SHELL 750.

Which O-ring do I need for AERO SHELL 7A GREASE?

FPM O-rings, FEP O-rings and AU O-rings are the best option for contact with AERO SHELL 7A GREASE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AERO SHELL 7A GREASE with a maximum swelling of less than 15%, but at a higher cost than FPM, FEP, FVMQ and AU. NBR, HNBR and VMQ O-rings are less resistant to AERO SHELL 7A GREASE and should only be used after checking the application conditions. Do not use EPDM and PTFE O-rings for AERO SHELL 7A GREASE, as these materials are not recommended or have not been tested for resistance to AERO SHELL 7A GREASE.

Which O-ring do I need for AEROSAFE 2300?

EPDM O-rings are the best option for contact with AEROSAFE 2300, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AEROSAFE 2300 with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, FEP and FVMQ O-rings are less resistant to AEROSAFE 2300 and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, AU and PTFE O-rings for AEROSAFE 2300, as these materials are not recommended or have not been tested for resistance to AEROSAFE 2300.

Which O-ring do I need for AEROSAFE 2300W?

EPDM O-rings are the best option for contact with AEROSAFE 2300W, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AEROSAFE 2300W with a maximum swelling of less than 15%, but at a higher cost than EPDM. FEP, VMQ and FVMQ O-rings are less resistant to AEROSAFE 2300W and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, AU and PTFE O-rings for AEROSAFE 2300W, as these materials are not recommended or have not been tested for resistance to AEROSAFE 2300W.

Which O-ring do I need for AEROZENE 50, 50% HYDRAZINE 50% UDMH?

EPDM O-rings are the best option for contact with AEROZENE 50, 50% HYDRAZINE 50% UDMH, based on chemical resistance and relative cost. These materials offer chemical resistance to AEROZENE 50, 50% HYDRAZINE 50% UDMH with a maximum swelling of less than 15%. FEP, FFKM, NBR and HNBR O-rings are less resistant to AEROZENE 50, 50% HYDRAZINE 50% UDMH and should only be used after checking the application conditions. Do not use VMQ, FPM, FVMQ, AU and PTFE O-rings for AEROZENE 50, 50% HYDRAZINE 50% UDMH, as these materials are not recommended or have not been tested for resistance to AEROZENE 50, 50% HYDRAZINE 50% UDMH.

Which O-ring do I need for AIR BELOW 200°F?

NBR O-rings and EPDM O-rings are the best option for contact with AIR BELOW 200°F, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ, AU, PTFE and FFKM O-rings offer the same chemical resistance to AIR BELOW 200°F with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM.

Which O-ring do I need for AIR, 200 - 300° F?

VMQ O-rings are the best option for contact with AIR, 200 - 300° F, based on chemical resistance and relative cost. FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to AIR, 200 - 300° F with a maximum swelling of less than 15%, but at a higher cost than VMQ. EPDM, NBR, HNBR and AU O-rings are less resistant to AIR, 200 - 300° F and should only be used after checking the application conditions. Do not use PTFE O-rings for AIR, 200 - 300° F, as these materials are not recommended or have not been tested for resistance to AIR, 200 - 300° F.

Which O-ring do I need for AIR, 300 - 400° F?

VMQ O-rings are the best option for contact with AIR, 300 - 400° F, based on chemical resistance and relative cost. FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to AIR, 300 - 400° F with a maximum swelling of less than 15%, but at a higher cost than VMQ. Do not use NBR, EPDM, HNBR, AU and PTFE O-rings for AIR, 300 - 400° F, as these materials are not recommended or have not been tested for resistance to AIR, 300 - 400° F.

Which O-ring do I need for AIR, 400 - 500° F?

No rating 1 O-ring material is listed for AIR, 400 - 500° F in this chemical resistance guide. VMQ, FFKM, FPM and FEP O-rings are less resistant to AIR, 400 - 500° F and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, FVMQ, AU and PTFE O-rings for AIR, 400 - 500° F, as these materials are not recommended or have not been tested for resistance to AIR, 400 - 500° F.

Which O-ring do I need for AIR, OIL-CONTAINING?

NBR O-rings are the best option for contact with AIR, OIL-CONTAINING, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FVMQ, AU, PTFE and FFKM O-rings offer the same chemical resistance to AIR, OIL-CONTAINING with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM and FEP O-rings for AIR, OIL-CONTAINING, as these materials are not recommended or have not been tested for resistance to AIR, OIL-CONTAINING.

Which O-ring do I need for ALIPHATIC DICARBOXYLIC ACID?

FPM O-rings are the best option for contact with ALIPHATIC DICARBOXYLIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALIPHATIC DICARBOXYLIC ACID with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ALIPHATIC DICARBOXYLIC ACID and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ALIPHATIC DICARBOXYLIC ACID, as these materials are not recommended or have not been tested for resistance to ALIPHATIC DICARBOXYLIC ACID.

Which O-ring do I need for ALKANES?

NBR O-rings are the best option for contact with ALKANES, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKANES with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKANES and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for ALKANES, as these materials are not recommended or have not been tested for resistance to ALKANES.

Which O-ring do I need for ALKANESULFONIC ACID?

NBR O-rings are the best option for contact with ALKANESULFONIC ACID, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKANESULFONIC ACID with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKANESULFONIC ACID and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for ALKANESULFONIC ACID, as these materials are not recommended or have not been tested for resistance to ALKANESULFONIC ACID.

Which O-ring do I need for ALKAZENE?

PTFE O-rings are the best option for contact with ALKAZENE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALKAZENE with a maximum swelling of less than 15%, but at a higher cost than PTFE. FPM, FEP and FVMQ O-rings are less resistant to ALKAZENE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ and AU O-rings for ALKAZENE, as these materials are not recommended or have not been tested for resistance to ALKAZENE.

Which O-ring do I need for ALKENES?

FPM O-rings are the best option for contact with ALKENES, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALKENES with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ALKENES and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ALKENES, as these materials are not recommended or have not been tested for resistance to ALKENES.

Which O-ring do I need for ALKYL ACETONE?

EPDM O-rings are the best option for contact with ALKYL ACETONE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ALKYL ACETONE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ALKYL ACETONE and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for ALKYL ACETONE, as these materials are not recommended or have not been tested for resistance to ALKYL ACETONE.

Which O-ring do I need for ALKYL ALCOHOL?

NBR O-rings are the best option for contact with ALKYL ALCOHOL, based on chemical resistance and relative cost. HNBR, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKYL ALCOHOL with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKYL ALCOHOL and should only be used after checking the application conditions. Do not use EPDM, FPM, FEP and PTFE O-rings for ALKYL ALCOHOL, as these materials are not recommended or have not been tested for resistance to ALKYL ALCOHOL.

Which O-ring do I need for ALKYL AMINE?

NBR O-rings are the best option for contact with ALKYL AMINE, based on chemical resistance and relative cost. HNBR, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKYL AMINE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKYL AMINE and should only be used after checking the application conditions. Do not use EPDM, FPM, FEP and PTFE O-rings for ALKYL AMINE, as these materials are not recommended or have not been tested for resistance to ALKYL AMINE.

Which O-ring do I need for ALKYL ARYL SULFONATES?

NBR O-rings are the best option for contact with ALKYL ARYL SULFONATES, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKYL ARYL SULFONATES with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKYL ARYL SULFONATES and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for ALKYL ARYL SULFONATES, as these materials are not recommended or have not been tested for resistance to ALKYL ARYL SULFONATES.

Which O-ring do I need for ALKYL ARYL SULFONICS?

NBR O-rings are the best option for contact with ALKYL ARYL SULFONICS, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKYL ARYL SULFONICS with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKYL ARYL SULFONICS and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for ALKYL ARYL SULFONICS, as these materials are not recommended or have not been tested for resistance to ALKYL ARYL SULFONICS.

Which O-ring do I need for ALKYL BENZENE?

FFKM O-rings are the best option for contact with ALKYL BENZENE, based on chemical resistance and relative cost. These materials offer chemical resistance to ALKYL BENZENE with a maximum swelling of less than 15%. NBR, HNBR, FPM, FVMQ and AU O-rings are less resistant to ALKYL BENZENE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ALKYL BENZENE, as these materials are not recommended or have not been tested for resistance to ALKYL BENZENE.

Which O-ring do I need for ALKYL CHLORIDE?

FFKM O-rings are the best option for contact with ALKYL CHLORIDE, based on chemical resistance and relative cost. These materials offer chemical resistance to ALKYL CHLORIDE with a maximum swelling of less than 15%. NBR, HNBR, FPM, FVMQ and AU O-rings are less resistant to ALKYL CHLORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ALKYL CHLORIDE, as these materials are not recommended or have not been tested for resistance to ALKYL CHLORIDE.

Which O-ring do I need for ALKYL NAPHTHALENE SULFONIC ACID?

NBR O-rings are the best option for contact with ALKYL NAPHTHALENE SULFONIC ACID, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALKYL NAPHTHALENE SULFONIC ACID with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALKYL NAPHTHALENE SULFONIC ACID and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for ALKYL NAPHTHALENE SULFONIC ACID, as these materials are not recommended or have not been tested for resistance to ALKYL NAPHTHALENE SULFONIC ACID.

Which O-ring do I need for ALKYL SULFIDE?

FPM O-rings are the best option for contact with ALKYL SULFIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALKYL SULFIDE with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ALKYL SULFIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ALKYL SULFIDE, as these materials are not recommended or have not been tested for resistance to ALKYL SULFIDE.

Which O-ring do I need for ALLYL ALCOHOL?

EPDM O-rings are the best option for contact with ALLYL ALCOHOL, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ALLYL ALCOHOL with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR and HNBR O-rings are less resistant to ALLYL ALCOHOL and should only be used after checking the application conditions. Do not use VMQ, FPM, FEP, FVMQ and AU O-rings for ALLYL ALCOHOL, as these materials are not recommended or have not been tested for resistance to ALLYL ALCOHOL.

Which O-ring do I need for ALLYL CHLORIDE?

EPDM O-rings are the best option for contact with ALLYL CHLORIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALLYL CHLORIDE with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR, FPM and FEP O-rings are less resistant to ALLYL CHLORIDE and should only be used after checking the application conditions. Do not use VMQ, FVMQ, AU and PTFE O-rings for ALLYL CHLORIDE, as these materials are not recommended or have not been tested for resistance to ALLYL CHLORIDE.

Which O-ring do I need for ALLYLIDENE DIACETATE?

EPDM O-rings are the best option for contact with ALLYLIDENE DIACETATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ALLYLIDENE DIACETATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ALLYLIDENE DIACETATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ALLYLIDENE DIACETATE, as these materials are not recommended or have not been tested for resistance to ALLYLIDENE DIACETATE.

Which O-ring do I need for ALPHA PICOLINE?

EPDM O-rings are the best option for contact with ALPHA PICOLINE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ALPHA PICOLINE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ALPHA PICOLINE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ALPHA PICOLINE, as these materials are not recommended or have not been tested for resistance to ALPHA PICOLINE.

Which O-ring do I need for ALUM POTASH?

EPDM O-rings are the best option for contact with ALUM POTASH, based on chemical resistance and relative cost. FEP and FFKM O-rings offer the same chemical resistance to ALUM POTASH with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR, VMQ and FVMQ O-rings are less resistant to ALUM POTASH and should only be used after checking the application conditions. Do not use FPM, AU and PTFE O-rings for ALUM POTASH, as these materials are not recommended or have not been tested for resistance to ALUM POTASH.

Which O-ring do I need for ALUMINUM ACETATE?

EPDM O-rings are the best option for contact with ALUMINUM ACETATE, based on chemical resistance and relative cost. FEP, PTFE and FFKM O-rings offer the same chemical resistance to ALUMINUM ACETATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR and HNBR O-rings are less resistant to ALUMINUM ACETATE and should only be used after checking the application conditions. Do not use VMQ, FPM, FVMQ and AU O-rings for ALUMINUM ACETATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM ACETATE.

Which O-ring do I need for ALUMINUM BROMIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM BROMIDE, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM BROMIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. AU O-rings are less resistant to ALUMINUM BROMIDE and should only be used after checking the application conditions. Do not use PTFE O-rings for ALUMINUM BROMIDE, as these materials are not recommended or have not been tested for resistance to ALUMINUM BROMIDE.

Which O-ring do I need for ALUMINUM CHLORATE?

EPDM O-rings are the best option for contact with ALUMINUM CHLORATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM CHLORATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ALUMINUM CHLORATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ALUMINUM CHLORATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM CHLORATE.

Which O-ring do I need for ALUMINUM CHLORIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM CHLORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ALUMINUM CHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ and AU O-rings are less resistant to ALUMINUM CHLORIDE and should only be used after checking the application conditions.

Which O-ring do I need for ALUMINUM FLUORIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM FLUORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ALUMINUM FLUORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ and AU O-rings are less resistant to ALUMINUM FLUORIDE and should only be used after checking the application conditions.

Which O-ring do I need for ALUMINUM FORMATE?

EPDM O-rings are the best option for contact with ALUMINUM FORMATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM FORMATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ALUMINUM FORMATE and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for ALUMINUM FORMATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM FORMATE.

Which O-ring do I need for ALUMINUM HYDRATE?

FEP O-rings are the best option for contact with ALUMINUM HYDRATE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALUMINUM HYDRATE with a maximum swelling of less than 15%, but at a higher cost than FEP. NBR, EPDM, HNBR, VMQ and FPM O-rings are less resistant to ALUMINUM HYDRATE and should only be used after checking the application conditions. Do not use FVMQ, AU and PTFE O-rings for ALUMINUM HYDRATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM HYDRATE.

Which O-ring do I need for ALUMINUM HYDROXIDE?

FPM O-rings and FEP O-rings are the best option for contact with ALUMINUM HYDROXIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ALUMINUM HYDROXIDE with a maximum swelling of less than 15%, but at a higher cost than FPM and FEP. NBR, EPDM, HNBR and VMQ O-rings are less resistant to ALUMINUM HYDROXIDE and should only be used after checking the application conditions. Do not use FVMQ, AU and PTFE O-rings for ALUMINUM HYDROXIDE, as these materials are not recommended or have not been tested for resistance to ALUMINUM HYDROXIDE.

Which O-ring do I need for ALUMINUM LINOLEATE?

NBR O-rings are the best option for contact with ALUMINUM LINOLEATE, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ALUMINUM LINOLEATE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to ALUMINUM LINOLEATE and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for ALUMINUM LINOLEATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM LINOLEATE.

Which O-ring do I need for ALUMINUM NITRATE?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM NITRATE, based on chemical resistance and relative cost. HNBR, FPM, FEP, PTFE and FFKM O-rings offer the same chemical resistance to ALUMINUM NITRATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ and AU O-rings are less resistant to ALUMINUM NITRATE and should only be used after checking the application conditions. Do not use FVMQ O-rings for ALUMINUM NITRATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM NITRATE.

Which O-ring do I need for ALUMINUM OXALATE?

EPDM O-rings are the best option for contact with ALUMINUM OXALATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM OXALATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ALUMINUM OXALATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ALUMINUM OXALATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM OXALATE.

Which O-ring do I need for ALUMINUM PHOSPHATE?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM PHOSPHATE, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP and FFKM O-rings offer the same chemical resistance to ALUMINUM PHOSPHATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use FVMQ, AU and PTFE O-rings for ALUMINUM PHOSPHATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM PHOSPHATE.

Which O-ring do I need for ALUMINUM POTASSIUM SULFATE?

EPDM O-rings are the best option for contact with ALUMINUM POTASSIUM SULFATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM POTASSIUM SULFATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ALUMINUM POTASSIUM SULFATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ALUMINUM POTASSIUM SULFATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM POTASSIUM SULFATE.

Which O-ring do I need for ALUMINUM SALTS?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM SALTS, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM SALTS with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. AU O-rings are less resistant to ALUMINUM SALTS and should only be used after checking the application conditions. Do not use PTFE O-rings for ALUMINUM SALTS, as these materials are not recommended or have not been tested for resistance to ALUMINUM SALTS.

Which O-ring do I need for ALUMINUM SODIUM SULFATE?

EPDM O-rings are the best option for contact with ALUMINUM SODIUM SULFATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to ALUMINUM SODIUM SULFATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ALUMINUM SODIUM SULFATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ALUMINUM SODIUM SULFATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM SODIUM SULFATE.

Which O-ring do I need for ALUMINUM SULFATE?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMINUM SULFATE, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ALUMINUM SULFATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use AU O-rings for ALUMINUM SULFATE, as these materials are not recommended or have not been tested for resistance to ALUMINUM SULFATE.

Which O-ring do I need for ALUMS?

NBR O-rings and EPDM O-rings are the best option for contact with ALUMS, based on chemical resistance and relative cost. HNBR, VMQ, FPM, PTFE and FFKM O-rings offer the same chemical resistance to ALUMS with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FEP O-rings are less resistant to ALUMS and should only be used after checking the application conditions. Do not use FVMQ and AU O-rings for ALUMS, as these materials are not recommended or have not been tested for resistance to ALUMS.

Which O-ring do I need for AMBREX 33?

NBR O-rings are the best option for contact with AMBREX 33, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to AMBREX 33 with a maximum swelling of less than 15%, but at a higher cost than NBR. AU and FVMQ O-rings are less resistant to AMBREX 33 and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for AMBREX 33, as these materials are not recommended or have not been tested for resistance to AMBREX 33.

Which O-ring do I need for AMBREX 830?

NBR O-rings are the best option for contact with AMBREX 830, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AMBREX 830 with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ and EPDM O-rings are less resistant to AMBREX 830 and should only be used after checking the application conditions. Do not use PTFE O-rings for AMBREX 830, as these materials are not recommended or have not been tested for resistance to AMBREX 830.

Which O-ring do I need for AMINES MIXED (ALLYL, ETHYL, ETC.)?

FFKM O-rings are the best option for contact with AMINES MIXED (ALLYL, ETHYL, ETC.), based on chemical resistance and relative cost. These materials offer chemical resistance to AMINES MIXED (ALLYL, ETHYL, ETC.) with a maximum swelling of less than 15%. EPDM, VMQ and FEP O-rings are less resistant to AMINES MIXED (ALLYL, ETHYL, ETC.) and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, FVMQ, AU and PTFE O-rings for AMINES MIXED (ALLYL, ETHYL, ETC.), as these materials are not recommended or have not been tested for resistance to AMINES MIXED (ALLYL, ETHYL, ETC.).

Which O-ring do I need for AMINO BENZENE?

PTFE O-rings are the best option for contact with AMINO BENZENE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMINO BENZENE with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM, FPM, FEP and FVMQ O-rings are less resistant to AMINO BENZENE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ and AU O-rings for AMINO BENZENE, as these materials are not recommended or have not been tested for resistance to AMINO BENZENE.

Which O-ring do I need for AMINOBENZOIC ACID?

FEP O-rings are the best option for contact with AMINOBENZOIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMINOBENZOIC ACID with a maximum swelling of less than 15%, but at a higher cost than FEP. EPDM and FPM O-rings are less resistant to AMINOBENZOIC ACID and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FVMQ, AU and PTFE O-rings for AMINOBENZOIC ACID, as these materials are not recommended or have not been tested for resistance to AMINOBENZOIC ACID.

Which O-ring do I need for AMINOETHANOL (2-AMINOETHANOL)?

FFKM O-rings are the best option for contact with AMINOETHANOL (2-AMINOETHANOL), based on chemical resistance and relative cost. These materials offer chemical resistance to AMINOETHANOL (2-AMINOETHANOL) with a maximum swelling of less than 15%. EPDM, HNBR, VMQ and AU O-rings are less resistant to AMINOETHANOL (2-AMINOETHANOL) and should only be used after checking the application conditions. Do not use NBR, FPM, FEP, FVMQ and PTFE O-rings for AMINOETHANOL (2-AMINOETHANOL), as these materials are not recommended or have not been tested for resistance to AMINOETHANOL (2-AMINOETHANOL).

Which O-ring do I need for AMINOMETHANE?

EPDM O-rings are the best option for contact with AMINOMETHANE, based on chemical resistance and relative cost. FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AMINOMETHANE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ O-rings are less resistant to AMINOMETHANE and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, FEP and AU O-rings for AMINOMETHANE, as these materials are not recommended or have not been tested for resistance to AMINOMETHANE.

Which O-ring do I need for AMINOPYRIDINE?

FFKM O-rings are the best option for contact with AMINOPYRIDINE, based on chemical resistance and relative cost. These materials offer chemical resistance to AMINOPYRIDINE with a maximum swelling of less than 15%. EPDM and FEP O-rings are less resistant to AMINOPYRIDINE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FPM, FVMQ, AU and PTFE O-rings for AMINOPYRIDINE, as these materials are not recommended or have not been tested for resistance to AMINOPYRIDINE.

Which O-ring do I need for AMMONIA?

EPDM O-rings are the best option for contact with AMMONIA, based on chemical resistance and relative cost. PTFE O-rings offer the same chemical resistance to AMMONIA with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR, VMQ, FEP and FFKM O-rings are less resistant to AMMONIA and should only be used after checking the application conditions. Do not use FPM, FVMQ and AU O-rings for AMMONIA, as these materials are not recommended or have not been tested for resistance to AMMONIA.

Which O-ring do I need for AMMONIA AND LITHIUM METAL IN SOLUTION?

No rating 1 O-ring material is listed for AMMONIA AND LITHIUM METAL IN SOLUTION in this chemical resistance guide. EPDM and HNBR O-rings are less resistant to AMMONIA AND LITHIUM METAL IN SOLUTION and should only be used after checking the application conditions. Do not use NBR, VMQ, FPM, FEP, FVMQ, AU, PTFE and FFKM O-rings for AMMONIA AND LITHIUM METAL IN SOLUTION, as these materials are not recommended or have not been tested for resistance to AMMONIA AND LITHIUM METAL IN SOLUTION.

Which O-ring do I need for AMMONIA GAS, COLD?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIA GAS, COLD, based on chemical resistance and relative cost. HNBR, VMQ, FEP, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIA GAS, COLD with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. AU O-rings are less resistant to AMMONIA GAS, COLD and should only be used after checking the application conditions. Do not use FPM and FVMQ O-rings for AMMONIA GAS, COLD, as these materials are not recommended or have not been tested for resistance to AMMONIA GAS, COLD.

Which O-ring do I need for AMMONIA GAS, HOT?

VMQ O-rings are the best option for contact with AMMONIA GAS, HOT, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to AMMONIA GAS, HOT with a maximum swelling of less than 15%, but at a higher cost than VMQ. EPDM and FEP O-rings are less resistant to AMMONIA GAS, HOT and should only be used after checking the application conditions. Do not use NBR, HNBR, FPM, FVMQ and AU O-rings for AMMONIA GAS, HOT, as these materials are not recommended or have not been tested for resistance to AMMONIA GAS, HOT.

Which O-ring do I need for AMMONIA, ANHYDROUS LIQUID?

EPDM O-rings are the best option for contact with AMMONIA, ANHYDROUS LIQUID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMMONIA, ANHYDROUS LIQUID with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR, VMQ and FEP O-rings are less resistant to AMMONIA, ANHYDROUS LIQUID and should only be used after checking the application conditions. Do not use FPM, FVMQ, AU and PTFE O-rings for AMMONIA, ANHYDROUS LIQUID, as these materials are not recommended or have not been tested for resistance to AMMONIA, ANHYDROUS LIQUID.

Which O-ring do I need for AMMONIUM ACETATE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM ACETATE, based on chemical resistance and relative cost. HNBR, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM ACETATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ O-rings are less resistant to AMMONIUM ACETATE and should only be used after checking the application conditions. Do not use FPM, FEP and AU O-rings for AMMONIUM ACETATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM ACETATE.

Which O-ring do I need for AMMONIUM ARSENATE?

EPDM O-rings are the best option for contact with AMMONIUM ARSENATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM ARSENATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM ARSENATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM ARSENATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM ARSENATE.

Which O-ring do I need for AMMONIUM BENZOATE?

EPDM O-rings are the best option for contact with AMMONIUM BENZOATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM BENZOATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM BENZOATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM BENZOATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM BENZOATE.

Which O-ring do I need for AMMONIUM BICARBONATE?

EPDM O-rings are the best option for contact with AMMONIUM BICARBONATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM BICARBONATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to AMMONIUM BICARBONATE and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for AMMONIUM BICARBONATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM BICARBONATE.

Which O-ring do I need for AMMONIUM BISULFITE?

EPDM O-rings are the best option for contact with AMMONIUM BISULFITE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM BISULFITE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM BISULFITE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM BISULFITE, as these materials are not recommended or have not been tested for resistance to AMMONIUM BISULFITE.

Which O-ring do I need for AMMONIUM BROMIDE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM BROMIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, AU and FFKM O-rings offer the same chemical resistance to AMMONIUM BROMIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use VMQ, FVMQ and PTFE O-rings for AMMONIUM BROMIDE, as these materials are not recommended or have not been tested for resistance to AMMONIUM BROMIDE.

Which O-ring do I need for AMMONIUM CARBAMATE?

EPDM O-rings are the best option for contact with AMMONIUM CARBAMATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM CARBAMATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM CARBAMATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM CARBAMATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM CARBAMATE.

Which O-ring do I need for AMMONIUM CARBONATE?

EPDM O-rings are the best option for contact with AMMONIUM CARBONATE, based on chemical resistance and relative cost. HNBR, FPM, FEP, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM CARBONATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ O-rings are less resistant to AMMONIUM CARBONATE and should only be used after checking the application conditions. Do not use NBR, FVMQ and AU O-rings for AMMONIUM CARBONATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM CARBONATE.

Which O-ring do I need for AMMONIUM CHLORIDE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM CHLORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM CHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ O-rings are less resistant to AMMONIUM CHLORIDE and should only be used after checking the application conditions. Do not use FVMQ and AU O-rings for AMMONIUM CHLORIDE, as these materials are not recommended or have not been tested for resistance to AMMONIUM CHLORIDE.

Which O-ring do I need for AMMONIUM CITRATE, DIBASIC?

EPDM O-rings are the best option for contact with AMMONIUM CITRATE, DIBASIC, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM CITRATE, DIBASIC with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM CITRATE, DIBASIC and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM CITRATE, DIBASIC, as these materials are not recommended or have not been tested for resistance to AMMONIUM CITRATE, DIBASIC.

Which O-ring do I need for AMMONIUM DICHROMATE?

EPDM O-rings are the best option for contact with AMMONIUM DICHROMATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM DICHROMATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM DICHROMATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM DICHROMATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM DICHROMATE.

Which O-ring do I need for AMMONIUM DIPHOSPHATE?

EPDM O-rings are the best option for contact with AMMONIUM DIPHOSPHATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM DIPHOSPHATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to AMMONIUM DIPHOSPHATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM DIPHOSPHATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM DIPHOSPHATE.

Which O-ring do I need for AMMONIUM FLUORIDE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM FLUORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, AU, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM FLUORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use VMQ and FVMQ O-rings for AMMONIUM FLUORIDE, as these materials are not recommended or have not been tested for resistance to AMMONIUM FLUORIDE.

Which O-ring do I need for AMMONIUM FORMATE?

EPDM O-rings are the best option for contact with AMMONIUM FORMATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM FORMATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM FORMATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM FORMATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM FORMATE.

Which O-ring do I need for AMMONIUM HYDROXIDE, 3 MOLAR?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM HYDROXIDE, 3 MOLAR, based on chemical resistance and relative cost. HNBR, VMQ and FVMQ O-rings offer the same chemical resistance to AMMONIUM HYDROXIDE, 3 MOLAR with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FEP, FFKM and FPM O-rings are less resistant to AMMONIUM HYDROXIDE, 3 MOLAR and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for AMMONIUM HYDROXIDE, 3 MOLAR, as these materials are not recommended or have not been tested for resistance to AMMONIUM HYDROXIDE, 3 MOLAR.

Which O-ring do I need for AMMONIUM HYDROXIDE, CONCENTRATED?

EPDM O-rings are the best option for contact with AMMONIUM HYDROXIDE, CONCENTRATED, based on chemical resistance and relative cost. VMQ, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM HYDROXIDE, CONCENTRATED with a maximum swelling of less than 15%, but at a higher cost than EPDM. FPM O-rings are less resistant to AMMONIUM HYDROXIDE, CONCENTRATED and should only be used after checking the application conditions. Do not use NBR, HNBR and AU O-rings for AMMONIUM HYDROXIDE, CONCENTRATED, as these materials are not recommended or have not been tested for resistance to AMMONIUM HYDROXIDE, CONCENTRATED.

Which O-ring do I need for AMMONIUM HYDROXIDE, GRADE 2?

EPDM O-rings are the best option for contact with AMMONIUM HYDROXIDE, GRADE 2, based on chemical resistance and relative cost. FEP and FFKM O-rings offer the same chemical resistance to AMMONIUM HYDROXIDE, GRADE 2 with a maximum swelling of less than 15%, but at a higher cost than EPDM. FPM, NBR and HNBR O-rings are less resistant to AMMONIUM HYDROXIDE, GRADE 2 and should only be used after checking the application conditions. Do not use VMQ, FVMQ, AU and PTFE O-rings for AMMONIUM HYDROXIDE, GRADE 2, as these materials are not recommended or have not been tested for resistance to AMMONIUM HYDROXIDE, GRADE 2.

Which O-ring do I need for AMMONIUM IODIDE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM IODIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, AU and FFKM O-rings offer the same chemical resistance to AMMONIUM IODIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use VMQ, FVMQ and PTFE O-rings for AMMONIUM IODIDE, as these materials are not recommended or have not been tested for resistance to AMMONIUM IODIDE.

Which O-ring do I need for AMMONIUM LACTATE?

EPDM O-rings are the best option for contact with AMMONIUM LACTATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM LACTATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM LACTATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM LACTATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM LACTATE.

Which O-ring do I need for AMMONIUM METAPHOSPHATE?

EPDM O-rings are the best option for contact with AMMONIUM METAPHOSPHATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM METAPHOSPHATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM METAPHOSPHATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM METAPHOSPHATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM METAPHOSPHATE.

Which O-ring do I need for AMMONIUM MOLYBDENATE?

EPDM O-rings are the best option for contact with AMMONIUM MOLYBDENATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM MOLYBDENATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM MOLYBDENATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM MOLYBDENATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM MOLYBDENATE.

Which O-ring do I need for AMMONIUM NITRATE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM NITRATE, based on chemical resistance and relative cost. HNBR, FPM, FEP, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM NITRATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ and FVMQ O-rings are less resistant to AMMONIUM NITRATE and should only be used after checking the application conditions. Do not use AU O-rings for AMMONIUM NITRATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM NITRATE.

Which O-ring do I need for AMMONIUM NITRITE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM NITRITE, based on chemical resistance and relative cost. HNBR and FFKM O-rings offer the same chemical resistance to AMMONIUM NITRITE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ, FEP and FPM O-rings are less resistant to AMMONIUM NITRITE and should only be used after checking the application conditions. Do not use FVMQ, AU and PTFE O-rings for AMMONIUM NITRITE, as these materials are not recommended or have not been tested for resistance to AMMONIUM NITRITE.

Which O-ring do I need for AMMONIUM OXALATE?

EPDM O-rings are the best option for contact with AMMONIUM OXALATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM OXALATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM OXALATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM OXALATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM OXALATE.

Which O-ring do I need for AMMONIUM PERCHLORATE?

EPDM O-rings are the best option for contact with AMMONIUM PERCHLORATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM PERCHLORATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM PERCHLORATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM PERCHLORATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM PERCHLORATE.

Which O-ring do I need for AMMONIUM PERSULFATE?

EPDM O-rings are the best option for contact with AMMONIUM PERSULFATE, based on chemical resistance and relative cost. FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM PERSULFATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ and AU O-rings for AMMONIUM PERSULFATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM PERSULFATE.

Which O-ring do I need for AMMONIUM PHOSPHATE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM PHOSPHATE, based on chemical resistance and relative cost. HNBR, VMQ, FPM, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM PHOSPHATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FEP O-rings are less resistant to AMMONIUM PHOSPHATE and should only be used after checking the application conditions. Do not use FVMQ and AU O-rings for AMMONIUM PHOSPHATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM PHOSPHATE.

Which O-ring do I need for AMMONIUM PHOSPHATE, DIBASIC?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM PHOSPHATE, DIBASIC, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP and FFKM O-rings offer the same chemical resistance to AMMONIUM PHOSPHATE, DIBASIC with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use FVMQ, AU and PTFE O-rings for AMMONIUM PHOSPHATE, DIBASIC, as these materials are not recommended or have not been tested for resistance to AMMONIUM PHOSPHATE, DIBASIC.

Which O-ring do I need for AMMONIUM PHOSPHATE, MONOBASIC?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM PHOSPHATE, MONOBASIC, based on chemical resistance and relative cost. HNBR, VMQ, FPM and FFKM O-rings offer the same chemical resistance to AMMONIUM PHOSPHATE, MONOBASIC with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FEP O-rings are less resistant to AMMONIUM PHOSPHATE, MONOBASIC and should only be used after checking the application conditions. Do not use FVMQ, AU and PTFE O-rings for AMMONIUM PHOSPHATE, MONOBASIC, as these materials are not recommended or have not been tested for resistance to AMMONIUM PHOSPHATE, MONOBASIC.

Which O-ring do I need for AMMONIUM PHOSPHATE, TRIBASIC?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM PHOSPHATE, TRIBASIC, based on chemical resistance and relative cost. HNBR, VMQ, FPM and FFKM O-rings offer the same chemical resistance to AMMONIUM PHOSPHATE, TRIBASIC with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FEP O-rings are less resistant to AMMONIUM PHOSPHATE, TRIBASIC and should only be used after checking the application conditions. Do not use FVMQ, AU and PTFE O-rings for AMMONIUM PHOSPHATE, TRIBASIC, as these materials are not recommended or have not been tested for resistance to AMMONIUM PHOSPHATE, TRIBASIC.

Which O-ring do I need for AMMONIUM PHOSPHITE?

EPDM O-rings are the best option for contact with AMMONIUM PHOSPHITE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM PHOSPHITE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM PHOSPHITE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM PHOSPHITE, as these materials are not recommended or have not been tested for resistance to AMMONIUM PHOSPHITE.

Which O-ring do I need for AMMONIUM PICRATE?

EPDM O-rings are the best option for contact with AMMONIUM PICRATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM PICRATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM PICRATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM PICRATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM PICRATE.

Which O-ring do I need for AMMONIUM POLYSULFIDE?

EPDM O-rings are the best option for contact with AMMONIUM POLYSULFIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM POLYSULFIDE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM POLYSULFIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM POLYSULFIDE, as these materials are not recommended or have not been tested for resistance to AMMONIUM POLYSULFIDE.

Which O-ring do I need for AMMONIUM SALICYLATE?

EPDM O-rings are the best option for contact with AMMONIUM SALICYLATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM SALICYLATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM SALICYLATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM SALICYLATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM SALICYLATE.

Which O-ring do I need for AMMONIUM SALTS?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM SALTS, based on chemical resistance and relative cost. HNBR, VMQ, FEP and FFKM O-rings offer the same chemical resistance to AMMONIUM SALTS with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FPM and FVMQ O-rings are less resistant to AMMONIUM SALTS and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for AMMONIUM SALTS, as these materials are not recommended or have not been tested for resistance to AMMONIUM SALTS.

Which O-ring do I need for AMMONIUM SULFAMATE?

EPDM O-rings are the best option for contact with AMMONIUM SULFAMATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM SULFAMATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to AMMONIUM SULFAMATE and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for AMMONIUM SULFAMATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM SULFAMATE.

Which O-ring do I need for AMMONIUM SULFATE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM SULFATE, based on chemical resistance and relative cost. HNBR, VMQ, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM SULFATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FPM O-rings are less resistant to AMMONIUM SULFATE and should only be used after checking the application conditions. Do not use AU O-rings for AMMONIUM SULFATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM SULFATE.

Which O-ring do I need for AMMONIUM SULFATE NITRATE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM SULFATE NITRATE, based on chemical resistance and relative cost. HNBR and FFKM O-rings offer the same chemical resistance to AMMONIUM SULFATE NITRATE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FEP O-rings are less resistant to AMMONIUM SULFATE NITRATE and should only be used after checking the application conditions. Do not use VMQ, FPM, FVMQ, AU and PTFE O-rings for AMMONIUM SULFATE NITRATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM SULFATE NITRATE.

Which O-ring do I need for AMMONIUM SULFIDE?

NBR O-rings and EPDM O-rings are the best option for contact with AMMONIUM SULFIDE, based on chemical resistance and relative cost. HNBR, FEP, PTFE and FFKM O-rings offer the same chemical resistance to AMMONIUM SULFIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FPM O-rings are less resistant to AMMONIUM SULFIDE and should only be used after checking the application conditions. Do not use VMQ, FVMQ and AU O-rings for AMMONIUM SULFIDE, as these materials are not recommended or have not been tested for resistance to AMMONIUM SULFIDE.

Which O-ring do I need for AMMONIUM SULFITE?

EPDM O-rings are the best option for contact with AMMONIUM SULFITE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM SULFITE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to AMMONIUM SULFITE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM SULFITE, as these materials are not recommended or have not been tested for resistance to AMMONIUM SULFITE.

Which O-ring do I need for AMMONIUM THIOCYANATE?

EPDM O-rings are the best option for contact with AMMONIUM THIOCYANATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM THIOCYANATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to AMMONIUM THIOCYANATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM THIOCYANATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM THIOCYANATE.

Which O-ring do I need for AMMONIUM THIOGLYCOLLATE?

EPDM O-rings are the best option for contact with AMMONIUM THIOGLYCOLLATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM THIOGLYCOLLATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM THIOGLYCOLLATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM THIOGLYCOLLATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM THIOGLYCOLLATE.

Which O-ring do I need for AMMONIUM THIOSULFATE?

EPDM O-rings are the best option for contact with AMMONIUM THIOSULFATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM THIOSULFATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to AMMONIUM THIOSULFATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM THIOSULFATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM THIOSULFATE.

Which O-ring do I need for AMMONIUM TUNGSTATE?

EPDM O-rings are the best option for contact with AMMONIUM TUNGSTATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM TUNGSTATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM TUNGSTATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM TUNGSTATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM TUNGSTATE.

Which O-ring do I need for AMMONIUM VALERATE?

EPDM O-rings are the best option for contact with AMMONIUM VALERATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMMONIUM VALERATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMMONIUM VALERATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMMONIUM VALERATE, as these materials are not recommended or have not been tested for resistance to AMMONIUM VALERATE.

Which O-ring do I need for AMYL ACETATE?

EPDM O-rings are the best option for contact with AMYL ACETATE, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to AMYL ACETATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for AMYL ACETATE, as these materials are not recommended or have not been tested for resistance to AMYL ACETATE.

Which O-ring do I need for AMYL ALCOHOL?

EPDM O-rings are the best option for contact with AMYL ALCOHOL, based on chemical resistance and relative cost. FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AMYL ALCOHOL with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR and FPM O-rings are less resistant to AMYL ALCOHOL and should only be used after checking the application conditions. Do not use VMQ and AU O-rings for AMYL ALCOHOL, as these materials are not recommended or have not been tested for resistance to AMYL ALCOHOL.

Which O-ring do I need for AMYL BORATE?

NBR O-rings are the best option for contact with AMYL BORATE, based on chemical resistance and relative cost. HNBR, FPM, FEP, PTFE and FFKM O-rings offer the same chemical resistance to AMYL BORATE with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FVMQ and AU O-rings for AMYL BORATE, as these materials are not recommended or have not been tested for resistance to AMYL BORATE.

Which O-ring do I need for AMYL BUTYRATE?

NBR O-rings are the best option for contact with AMYL BUTYRATE, based on chemical resistance and relative cost. HNBR, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AMYL BUTYRATE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ and FPM O-rings are less resistant to AMYL BUTYRATE and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for AMYL BUTYRATE, as these materials are not recommended or have not been tested for resistance to AMYL BUTYRATE.

Which O-ring do I need for AMYL CHLORIDE?

NBR O-rings are the best option for contact with AMYL CHLORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to AMYL CHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. FVMQ O-rings are less resistant to AMYL CHLORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for AMYL CHLORIDE, as these materials are not recommended or have not been tested for resistance to AMYL CHLORIDE.

Which O-ring do I need for AMYL CHLORONAPHTHALENE?

FPM O-rings and PTFE O-rings are the best option for contact with AMYL CHLORONAPHTHALENE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMYL CHLORONAPHTHALENE with a maximum swelling of less than 15%, but at a higher cost than FPM and PTFE. FEP and FVMQ O-rings are less resistant to AMYL CHLORONAPHTHALENE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ and AU O-rings for AMYL CHLORONAPHTHALENE, as these materials are not recommended or have not been tested for resistance to AMYL CHLORONAPHTHALENE.

Which O-ring do I need for AMYL CINNAMIC ALDEHYDE?

FFKM O-rings are the best option for contact with AMYL CINNAMIC ALDEHYDE, based on chemical resistance and relative cost. These materials offer chemical resistance to AMYL CINNAMIC ALDEHYDE with a maximum swelling of less than 15%. NBR, HNBR, FVMQ and AU O-rings are less resistant to AMYL CINNAMIC ALDEHYDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FPM, FEP and PTFE O-rings for AMYL CINNAMIC ALDEHYDE, as these materials are not recommended or have not been tested for resistance to AMYL CINNAMIC ALDEHYDE.

Which O-ring do I need for AMYL HYDRIDE?

NBR O-rings are the best option for contact with AMYL HYDRIDE, based on chemical resistance and relative cost. HNBR, FPM, PTFE and FFKM O-rings offer the same chemical resistance to AMYL HYDRIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. FVMQ O-rings are less resistant to AMYL HYDRIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and AU O-rings for AMYL HYDRIDE, as these materials are not recommended or have not been tested for resistance to AMYL HYDRIDE.

Which O-ring do I need for AMYL LAURATE?

FFKM O-rings are the best option for contact with AMYL LAURATE, based on chemical resistance and relative cost. These materials offer chemical resistance to AMYL LAURATE with a maximum swelling of less than 15%. NBR, HNBR, FPM, FVMQ and AU O-rings are less resistant to AMYL LAURATE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for AMYL LAURATE, as these materials are not recommended or have not been tested for resistance to AMYL LAURATE.

Which O-ring do I need for AMYL MERCAPTAN?

FPM O-rings are the best option for contact with AMYL MERCAPTAN, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMYL MERCAPTAN with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to AMYL MERCAPTAN and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for AMYL MERCAPTAN, as these materials are not recommended or have not been tested for resistance to AMYL MERCAPTAN.

Which O-ring do I need for AMYL NAPHTHALENE?

FPM O-rings are the best option for contact with AMYL NAPHTHALENE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMYL NAPHTHALENE with a maximum swelling of less than 15%, but at a higher cost than FPM and FVMQ. FEP O-rings are less resistant to AMYL NAPHTHALENE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ, AU and PTFE O-rings for AMYL NAPHTHALENE, as these materials are not recommended or have not been tested for resistance to AMYL NAPHTHALENE.

Which O-ring do I need for AMYL NITRATE?

EPDM O-rings are the best option for contact with AMYL NITRATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMYL NITRATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMYL NITRATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMYL NITRATE, as these materials are not recommended or have not been tested for resistance to AMYL NITRATE.

Which O-ring do I need for AMYL NITRITE?

EPDM O-rings are the best option for contact with AMYL NITRITE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to AMYL NITRITE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to AMYL NITRITE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for AMYL NITRITE, as these materials are not recommended or have not been tested for resistance to AMYL NITRITE.

Which O-ring do I need for AMYL PHENOL?

FPM O-rings and PTFE O-rings are the best option for contact with AMYL PHENOL, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AMYL PHENOL with a maximum swelling of less than 15%, but at a higher cost than FPM and PTFE. Do not use NBR, EPDM, HNBR, VMQ, FEP, FVMQ and AU O-rings for AMYL PHENOL, as these materials are not recommended or have not been tested for resistance to AMYL PHENOL.

Which O-ring do I need for AMYL PROPIONATE?

NBR O-rings are the best option for contact with AMYL PROPIONATE, based on chemical resistance and relative cost. HNBR, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AMYL PROPIONATE with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ and FPM O-rings are less resistant to AMYL PROPIONATE and should only be used after checking the application conditions. Do not use EPDM, FEP and PTFE O-rings for AMYL PROPIONATE, as these materials are not recommended or have not been tested for resistance to AMYL PROPIONATE.

Which O-ring do I need for AN-0-3 GRADE M?

NBR O-rings are the best option for contact with AN-0-3 GRADE M, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AN-0-3 GRADE M with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ O-rings are less resistant to AN-0-3 GRADE M and should only be used after checking the application conditions. Do not use EPDM and PTFE O-rings for AN-0-3 GRADE M, as these materials are not recommended or have not been tested for resistance to AN-0-3 GRADE M.

Which O-ring do I need for AN-0-366?

NBR O-rings are the best option for contact with AN-0-366, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AN-0-366 with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ and PTFE O-rings for AN-0-366, as these materials are not recommended or have not been tested for resistance to AN-0-366.

Which O-ring do I need for AN-0-6?

NBR O-rings are the best option for contact with AN-0-6, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to AN-0-6 with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ and PTFE O-rings for AN-0-6, as these materials are not recommended or have not been tested for resistance to AN-0-6.

Which O-ring do I need for ANDEROL L-774 (DIESTER)?

FPM O-rings are the best option for contact with ANDEROL L-774 (DIESTER), based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANDEROL L-774 (DIESTER) with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FEP and FVMQ O-rings are less resistant to ANDEROL L-774 (DIESTER) and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for ANDEROL L-774 (DIESTER), as these materials are not recommended or have not been tested for resistance to ANDEROL L-774 (DIESTER).

Which O-ring do I need for ANDEROL L-826 (DIESTER)?

FPM O-rings are the best option for contact with ANDEROL L-826 (DIESTER), based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANDEROL L-826 (DIESTER) with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FEP and FVMQ O-rings are less resistant to ANDEROL L-826 (DIESTER) and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for ANDEROL L-826 (DIESTER), as these materials are not recommended or have not been tested for resistance to ANDEROL L-826 (DIESTER).

Which O-ring do I need for ANDEROL L-829 (DIESTER)?

FPM O-rings are the best option for contact with ANDEROL L-829 (DIESTER), based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANDEROL L-829 (DIESTER) with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FEP and FVMQ O-rings are less resistant to ANDEROL L-829 (DIESTER) and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for ANDEROL L-829 (DIESTER), as these materials are not recommended or have not been tested for resistance to ANDEROL L-829 (DIESTER).

Which O-ring do I need for ANG-25 (DIESTER BASE)?

FPM O-rings are the best option for contact with ANG-25 (DIESTER BASE), based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANG-25 (DIESTER BASE) with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, VMQ, FEP and FVMQ O-rings are less resistant to ANG-25 (DIESTER BASE) and should only be used after checking the application conditions. Do not use EPDM, AU and PTFE O-rings for ANG-25 (DIESTER BASE), as these materials are not recommended or have not been tested for resistance to ANG-25 (DIESTER BASE).

Which O-ring do I need for ANG-25 (GLYCERAL ESTER)?

EPDM O-rings are the best option for contact with ANG-25 (GLYCERAL ESTER), based on chemical resistance and relative cost. FPM and FFKM O-rings offer the same chemical resistance to ANG-25 (GLYCERAL ESTER) with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR, VMQ, FEP and FVMQ O-rings are less resistant to ANG-25 (GLYCERAL ESTER) and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for ANG-25 (GLYCERAL ESTER), as these materials are not recommended or have not been tested for resistance to ANG-25 (GLYCERAL ESTER).

Which O-ring do I need for ANILINE?

PTFE O-rings are the best option for contact with ANILINE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANILINE with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM, FPM, FEP and FVMQ O-rings are less resistant to ANILINE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ and AU O-rings for ANILINE, as these materials are not recommended or have not been tested for resistance to ANILINE.

Which O-ring do I need for ANILINE DYES?

FEP O-rings are the best option for contact with ANILINE DYES, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANILINE DYES with a maximum swelling of less than 15%, but at a higher cost than FEP. EPDM, FPM, FVMQ and VMQ O-rings are less resistant to ANILINE DYES and should only be used after checking the application conditions. Do not use NBR, HNBR, AU and PTFE O-rings for ANILINE DYES, as these materials are not recommended or have not been tested for resistance to ANILINE DYES.

Which O-ring do I need for ANILINE HYDROCHLORIDE?

FEP O-rings and PTFE O-rings are the best option for contact with ANILINE HYDROCHLORIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANILINE HYDROCHLORIDE with a maximum swelling of less than 15%, but at a higher cost than FEP and PTFE. FPM, FVMQ and EPDM O-rings are less resistant to ANILINE HYDROCHLORIDE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ and AU O-rings for ANILINE HYDROCHLORIDE, as these materials are not recommended or have not been tested for resistance to ANILINE HYDROCHLORIDE.

Which O-ring do I need for ANILINE OIL?

PTFE O-rings are the best option for contact with ANILINE OIL, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANILINE OIL with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM, FEP and FVMQ O-rings are less resistant to ANILINE OIL and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FPM and AU O-rings for ANILINE OIL, as these materials are not recommended or have not been tested for resistance to ANILINE OIL.

Which O-ring do I need for ANILINE SULFATE?

EPDM O-rings are the best option for contact with ANILINE SULFATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ANILINE SULFATE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ANILINE SULFATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ANILINE SULFATE, as these materials are not recommended or have not been tested for resistance to ANILINE SULFATE.

Which O-ring do I need for ANILINE SULFITE?

EPDM O-rings are the best option for contact with ANILINE SULFITE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ANILINE SULFITE with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ANILINE SULFITE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ANILINE SULFITE, as these materials are not recommended or have not been tested for resistance to ANILINE SULFITE.

Which O-ring do I need for ANIMAL FATS?

NBR O-rings are the best option for contact with ANIMAL FATS, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU, PTFE and FFKM O-rings offer the same chemical resistance to ANIMAL FATS with a maximum swelling of less than 15%, but at a higher cost than NBR. EPDM and VMQ O-rings are less resistant to ANIMAL FATS and should only be used after checking the application conditions.

Which O-ring do I need for ANIMAL OIL?

NBR O-rings are the best option for contact with ANIMAL OIL, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ANIMAL OIL with a maximum swelling of less than 15%, but at a higher cost than NBR. EPDM, VMQ, FEP and AU O-rings are less resistant to ANIMAL OIL and should only be used after checking the application conditions.

Which O-ring do I need for ANISOLE?

PTFE O-rings are the best option for contact with ANISOLE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANISOLE with a maximum swelling of less than 15%, but at a higher cost than PTFE. FPM O-rings are less resistant to ANISOLE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ, FEP, FVMQ and AU O-rings for ANISOLE, as these materials are not recommended or have not been tested for resistance to ANISOLE.

Which O-ring do I need for ANON?

PTFE O-rings are the best option for contact with ANON, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANON with a maximum swelling of less than 15%, but at a higher cost than PTFE. Do not use NBR, EPDM, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ANON, as these materials are not recommended or have not been tested for resistance to ANON.

Which O-ring do I need for ANSUL ETHER 161, 181?

FEP O-rings are the best option for contact with ANSUL ETHER 161, 181, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANSUL ETHER 161, 181 with a maximum swelling of less than 15%, but at a higher cost than FEP. AU, NBR, EPDM, HNBR and FVMQ O-rings are less resistant to ANSUL ETHER 161, 181 and should only be used after checking the application conditions. Do not use VMQ, FPM and PTFE O-rings for ANSUL ETHER 161, 181, as these materials are not recommended or have not been tested for resistance to ANSUL ETHER 161, 181.

Which O-ring do I need for ANT OIL?

PTFE O-rings are the best option for contact with ANT OIL, based on chemical resistance and relative cost. These materials offer chemical resistance to ANT OIL with a maximum swelling of less than 15%. EPDM and FFKM O-rings are less resistant to ANT OIL and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ANT OIL, as these materials are not recommended or have not been tested for resistance to ANT OIL.

Which O-ring do I need for ANTHRACENE?

FPM O-rings are the best option for contact with ANTHRACENE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ANTHRACENE with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FVMQ and AU O-rings are less resistant to ANTHRACENE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for ANTHRACENE, as these materials are not recommended or have not been tested for resistance to ANTHRACENE.

Which O-ring do I need for ANTHRAQUINONE SULPHONIC ACID?

EPDM O-rings are the best option for contact with ANTHRAQUINONE SULPHONIC ACID, based on chemical resistance and relative cost. PTFE and FFKM O-rings offer the same chemical resistance to ANTHRAQUINONE SULPHONIC ACID with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR and HNBR O-rings are less resistant to ANTHRAQUINONE SULPHONIC ACID and should only be used after checking the application conditions. Do not use VMQ, FPM, FEP, FVMQ and AU O-rings for ANTHRAQUINONE SULPHONIC ACID, as these materials are not recommended or have not been tested for resistance to ANTHRAQUINONE SULPHONIC ACID.

Which O-ring do I need for ANTIFREEZE (AUTOMOTIVE)?

NBR O-rings and EPDM O-rings are the best option for contact with ANTIFREEZE (AUTOMOTIVE), based on chemical resistance and relative cost. HNBR, VMQ, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ANTIFREEZE (AUTOMOTIVE) with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FPM O-rings are less resistant to ANTIFREEZE (AUTOMOTIVE) and should only be used after checking the application conditions. Do not use FEP and AU O-rings for ANTIFREEZE (AUTOMOTIVE), as these materials are not recommended or have not been tested for resistance to ANTIFREEZE (AUTOMOTIVE).

Which O-ring do I need for ANTIMONY CHLORIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ANTIMONY CHLORIDE, based on chemical resistance and relative cost. HNBR, VMQ, FEP, FVMQ, AU, PTFE and FFKM O-rings offer the same chemical resistance to ANTIMONY CHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. FPM O-rings are less resistant to ANTIMONY CHLORIDE and should only be used after checking the application conditions.

Which O-ring do I need for ANTIMONY PENTACHLORIDE?

NBR O-rings are the best option for contact with ANTIMONY PENTACHLORIDE, based on chemical resistance and relative cost. HNBR, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ANTIMONY PENTACHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. FPM O-rings are less resistant to ANTIMONY PENTACHLORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for ANTIMONY PENTACHLORIDE, as these materials are not recommended or have not been tested for resistance to ANTIMONY PENTACHLORIDE.

Which O-ring do I need for ANTIMONY PENTAFLUORIDES?

PTFE O-rings are the best option for contact with ANTIMONY PENTAFLUORIDES, based on chemical resistance and relative cost. These materials offer chemical resistance to ANTIMONY PENTAFLUORIDES with a maximum swelling of less than 15%. FFKM O-rings are less resistant to ANTIMONY PENTAFLUORIDES and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ, FPM, FEP, FVMQ and AU O-rings for ANTIMONY PENTAFLUORIDES, as these materials are not recommended or have not been tested for resistance to ANTIMONY PENTAFLUORIDES.

Which O-ring do I need for ANTIMONY TRIBROMIDE?

NBR O-rings are the best option for contact with ANTIMONY TRIBROMIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ANTIMONY TRIBROMIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ and PTFE O-rings for ANTIMONY TRIBROMIDE, as these materials are not recommended or have not been tested for resistance to ANTIMONY TRIBROMIDE.

Which O-ring do I need for ANTIMONY TRICHLORIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ANTIMONY TRICHLORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU, PTFE and FFKM O-rings offer the same chemical resistance to ANTIMONY TRICHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use VMQ O-rings for ANTIMONY TRICHLORIDE, as these materials are not recommended or have not been tested for resistance to ANTIMONY TRICHLORIDE.

Which O-ring do I need for ANTIMONY TRIFLUORIDE?

NBR O-rings are the best option for contact with ANTIMONY TRIFLUORIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ and AU O-rings offer the same chemical resistance to ANTIMONY TRIFLUORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. FFKM O-rings are less resistant to ANTIMONY TRIFLUORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for ANTIMONY TRIFLUORIDE, as these materials are not recommended or have not been tested for resistance to ANTIMONY TRIFLUORIDE.

Which O-ring do I need for ANTIMONY TRIOXIDE?

NBR O-rings and EPDM O-rings are the best option for contact with ANTIMONY TRIOXIDE, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ANTIMONY TRIOXIDE with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use VMQ and PTFE O-rings for ANTIMONY TRIOXIDE, as these materials are not recommended or have not been tested for resistance to ANTIMONY TRIOXIDE.

Which O-ring do I need for AN-VV-0-366B HYDRAULIC?

NBR O-rings are the best option for contact with AN-VV-0-366B HYDRAULIC, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to AN-VV-0-366B HYDRAULIC with a maximum swelling of less than 15%, but at a higher cost than NBR. AU O-rings are less resistant to AN-VV-0-366B HYDRAULIC and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for AN-VV-0-366B HYDRAULIC, as these materials are not recommended or have not been tested for resistance to AN-VV-0-366B HYDRAULIC.

Which O-ring do I need for AQUA REGIA?

PTFE O-rings are the best option for contact with AQUA REGIA, based on chemical resistance and relative cost. These materials offer chemical resistance to AQUA REGIA with a maximum swelling of less than 15%. FPM, FFKM, EPDM, HNBR, FEP and FVMQ O-rings are less resistant to AQUA REGIA and should only be used after checking the application conditions. Do not use NBR, VMQ and AU O-rings for AQUA REGIA, as these materials are not recommended or have not been tested for resistance to AQUA REGIA.

Which O-ring do I need for ARGON?

NBR O-rings and EPDM O-rings are the best option for contact with ARGON, based on chemical resistance and relative cost. HNBR, FPM, FEP, AU, PTFE and FFKM O-rings offer the same chemical resistance to ARGON with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ and FVMQ O-rings are less resistant to ARGON and should only be used after checking the application conditions.

Which O-ring do I need for ARGON GAS?

NBR O-rings and EPDM O-rings are the best option for contact with ARGON GAS, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to ARGON GAS with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use VMQ, FVMQ, AU and PTFE O-rings for ARGON GAS, as these materials are not recommended or have not been tested for resistance to ARGON GAS.

Which O-ring do I need for AROCLOR 1248?

FPM O-rings and FEP O-rings are the best option for contact with AROCLOR 1248, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AROCLOR 1248 with a maximum swelling of less than 15%, but at a higher cost than FPM and FEP. EPDM, VMQ, FVMQ, NBR and HNBR O-rings are less resistant to AROCLOR 1248 and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for AROCLOR 1248, as these materials are not recommended or have not been tested for resistance to AROCLOR 1248.

Which O-ring do I need for AROCLOR 1254?

FPM O-rings and FEP O-rings are the best option for contact with AROCLOR 1254, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AROCLOR 1254 with a maximum swelling of less than 15%, but at a higher cost than FPM, FEP and FVMQ. EPDM and VMQ O-rings are less resistant to AROCLOR 1254 and should only be used after checking the application conditions. Do not use NBR, HNBR, AU and PTFE O-rings for AROCLOR 1254, as these materials are not recommended or have not been tested for resistance to AROCLOR 1254.

Which O-ring do I need for AROCLOR 1260?

NBR O-rings are the best option for contact with AROCLOR 1260, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to AROCLOR 1260 with a maximum swelling of less than 15%, but at a higher cost than NBR. EPDM O-rings are less resistant to AROCLOR 1260 and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for AROCLOR 1260, as these materials are not recommended or have not been tested for resistance to AROCLOR 1260.

Which O-ring do I need for AROMATIC FUEL 50%?

FPM O-rings are the best option for contact with AROMATIC FUEL 50%, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AROMATIC FUEL 50% with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FEP and FVMQ O-rings are less resistant to AROMATIC FUEL 50% and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for AROMATIC FUEL 50%, as these materials are not recommended or have not been tested for resistance to AROMATIC FUEL 50%.

Which O-ring do I need for AROMATIC FUELS?

FFKM O-rings are the best option for contact with AROMATIC FUELS, based on chemical resistance and relative cost. These materials offer chemical resistance to AROMATIC FUELS with a maximum swelling of less than 15%. NBR, HNBR, FPM, FEP and FVMQ O-rings are less resistant to AROMATIC FUELS and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for AROMATIC FUELS, as these materials are not recommended or have not been tested for resistance to AROMATIC FUELS.

Which O-ring do I need for ARSENIC ACID?

NBR O-rings and EPDM O-rings are the best option for contact with ARSENIC ACID, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ARSENIC ACID with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. Do not use AU O-rings for ARSENIC ACID, as these materials are not recommended or have not been tested for resistance to ARSENIC ACID.

Which O-ring do I need for ARSENIC TRICHLORIDE?

NBR O-rings are the best option for contact with ARSENIC TRICHLORIDE, based on chemical resistance and relative cost. HNBR and FFKM O-rings offer the same chemical resistance to ARSENIC TRICHLORIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FPM, FEP, FVMQ, AU and PTFE O-rings for ARSENIC TRICHLORIDE, as these materials are not recommended or have not been tested for resistance to ARSENIC TRICHLORIDE.

Which O-ring do I need for ARSENIC TRIOXIDE?

NBR O-rings are the best option for contact with ARSENIC TRIOXIDE, based on chemical resistance and relative cost. HNBR and FFKM O-rings offer the same chemical resistance to ARSENIC TRIOXIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FPM, FEP, FVMQ, AU and PTFE O-rings for ARSENIC TRIOXIDE, as these materials are not recommended or have not been tested for resistance to ARSENIC TRIOXIDE.

Which O-ring do I need for ARSENIC TRISULFIDE?

NBR O-rings are the best option for contact with ARSENIC TRISULFIDE, based on chemical resistance and relative cost. HNBR and FFKM O-rings offer the same chemical resistance to ARSENIC TRISULFIDE with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FPM, FEP, FVMQ, AU and PTFE O-rings for ARSENIC TRISULFIDE, as these materials are not recommended or have not been tested for resistance to ARSENIC TRISULFIDE.

Which O-ring do I need for ASCORBIC ACID?

EPDM O-rings are the best option for contact with ASCORBIC ACID, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to ASCORBIC ACID with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR and HNBR O-rings are less resistant to ASCORBIC ACID and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ASCORBIC ACID, as these materials are not recommended or have not been tested for resistance to ASCORBIC ACID.

Which O-ring do I need for ASKAREL TRANSFORMER OIL?

FPM O-rings, FEP O-rings and PTFE O-rings are the best option for contact with ASKAREL TRANSFORMER OIL, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ASKAREL TRANSFORMER OIL with a maximum swelling of less than 15%, but at a higher cost than FPM, FEP and PTFE. NBR, HNBR and FVMQ O-rings are less resistant to ASKAREL TRANSFORMER OIL and should only be used after checking the application conditions. Do not use EPDM, VMQ and AU O-rings for ASKAREL TRANSFORMER OIL, as these materials are not recommended or have not been tested for resistance to ASKAREL TRANSFORMER OIL.

Which O-ring do I need for ASPARTIC ACID?

EPDM O-rings are the best option for contact with ASPARTIC ACID, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to ASPARTIC ACID with a maximum swelling of less than 15%, but at a higher cost than EPDM. VMQ, NBR, HNBR and FPM O-rings are less resistant to ASPARTIC ACID and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for ASPARTIC ACID, as these materials are not recommended or have not been tested for resistance to ASPARTIC ACID.

Which O-ring do I need for ASPHALT?

FPM O-rings and PTFE O-rings are the best option for contact with ASPHALT, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ASPHALT with a maximum swelling of less than 15%, but at a higher cost than FPM and PTFE. NBR, HNBR, FEP, FVMQ and AU O-rings are less resistant to ASPHALT and should only be used after checking the application conditions. Do not use EPDM and VMQ O-rings for ASPHALT, as these materials are not recommended or have not been tested for resistance to ASPHALT.

Which O-ring do I need for ASTM FUEL A?

NBR O-rings are the best option for contact with ASTM FUEL A, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ASTM FUEL A with a maximum swelling of less than 15%, but at a higher cost than NBR. FEP and AU O-rings are less resistant to ASTM FUEL A and should only be used after checking the application conditions. Do not use EPDM and VMQ O-rings for ASTM FUEL A, as these materials are not recommended or have not been tested for resistance to ASTM FUEL A.

Which O-ring do I need for ASTM FUEL B?

HNBR O-rings are the best option for contact with ASTM FUEL B, based on chemical resistance and relative cost. FPM, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ASTM FUEL B with a maximum swelling of less than 15%, but at a higher cost than HNBR. NBR O-rings are less resistant to ASTM FUEL B and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and AU O-rings for ASTM FUEL B, as these materials are not recommended or have not been tested for resistance to ASTM FUEL B.

Which O-ring do I need for ASTM FUEL C?

FPM O-rings and PTFE O-rings are the best option for contact with ASTM FUEL C, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ASTM FUEL C with a maximum swelling of less than 15%, but at a higher cost than FPM and PTFE. NBR, HNBR and FVMQ O-rings are less resistant to ASTM FUEL C and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and AU O-rings for ASTM FUEL C, as these materials are not recommended or have not been tested for resistance to ASTM FUEL C.

Which O-ring do I need for ASTM FUEL D?

FPM O-rings are the best option for contact with ASTM FUEL D, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ASTM FUEL D with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR and AU O-rings are less resistant to ASTM FUEL D and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP, FVMQ and PTFE O-rings for ASTM FUEL D, as these materials are not recommended or have not been tested for resistance to ASTM FUEL D.

Which O-ring do I need for ASTM OIL NO. 1?

NBR O-rings are the best option for contact with ASTM OIL NO. 1, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ, AU, PTFE and FFKM O-rings offer the same chemical resistance to ASTM OIL NO. 1 with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM O-rings for ASTM OIL NO. 1, as these materials are not recommended or have not been tested for resistance to ASTM OIL NO. 1.

Which O-ring do I need for ASTM OIL NO. 2?

NBR O-rings are the best option for contact with ASTM OIL NO. 2, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ASTM OIL NO. 2 with a maximum swelling of less than 15%, but at a higher cost than NBR. FEP and AU O-rings are less resistant to ASTM OIL NO. 2 and should only be used after checking the application conditions. Do not use EPDM and VMQ O-rings for ASTM OIL NO. 2, as these materials are not recommended or have not been tested for resistance to ASTM OIL NO. 2.

Which O-ring do I need for ASTM OIL NO. 3?

NBR O-rings are the best option for contact with ASTM OIL NO. 3, based on chemical resistance and relative cost. HNBR, FPM, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to ASTM OIL NO. 3 with a maximum swelling of less than 15%, but at a higher cost than NBR. VMQ, AU and FEP O-rings are less resistant to ASTM OIL NO. 3 and should only be used after checking the application conditions. Do not use EPDM O-rings for ASTM OIL NO. 3, as these materials are not recommended or have not been tested for resistance to ASTM OIL NO. 3.

Which O-ring do I need for ASTM OIL NO. 4?

FPM O-rings are the best option for contact with ASTM OIL NO. 4, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ASTM OIL NO. 4 with a maximum swelling of less than 15%, but at a higher cost than FPM. NBR, HNBR, FEP and FVMQ O-rings are less resistant to ASTM OIL NO. 4 and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for ASTM OIL NO. 4, as these materials are not recommended or have not been tested for resistance to ASTM OIL NO. 4.

Which O-ring do I need for ASTM OIL NO. 5?

NBR O-rings are the best option for contact with ASTM OIL NO. 5, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to ASTM OIL NO. 5 with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FVMQ, AU and PTFE O-rings for ASTM OIL NO. 5, as these materials are not recommended or have not been tested for resistance to ASTM OIL NO. 5.

Which O-ring do I need for ATL-857?

FPM O-rings and FEP O-rings are the best option for contact with ATL-857, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ATL-857 with a maximum swelling of less than 15%, but at a higher cost than FPM and FEP. NBR, HNBR and FVMQ O-rings are less resistant to ATL-857 and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for ATL-857, as these materials are not recommended or have not been tested for resistance to ATL-857.

Which O-ring do I need for ATLANTIC DOMINION F?

NBR O-rings are the best option for contact with ATLANTIC DOMINION F, based on chemical resistance and relative cost. HNBR, FPM, FVMQ and FFKM O-rings offer the same chemical resistance to ATLANTIC DOMINION F with a maximum swelling of less than 15%, but at a higher cost than NBR. FEP and AU O-rings are less resistant to ATLANTIC DOMINION F and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for ATLANTIC DOMINION F, as these materials are not recommended or have not been tested for resistance to ATLANTIC DOMINION F.

Which O-ring do I need for ATLANTIC UTRO GEAR-E?

NBR O-rings are the best option for contact with ATLANTIC UTRO GEAR-E, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to ATLANTIC UTRO GEAR-E with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FVMQ, AU and PTFE O-rings for ATLANTIC UTRO GEAR-E, as these materials are not recommended or have not been tested for resistance to ATLANTIC UTRO GEAR-E.

Which O-ring do I need for ATLANTIC UTRO GEAR-EP LUBE.?

NBR O-rings are the best option for contact with ATLANTIC UTRO GEAR-EP LUBE., based on chemical resistance and relative cost. HNBR, FPM, FVMQ, AU and FFKM O-rings offer the same chemical resistance to ATLANTIC UTRO GEAR-EP LUBE. with a maximum swelling of less than 15%, but at a higher cost than NBR. FEP O-rings are less resistant to ATLANTIC UTRO GEAR-EP LUBE. and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for ATLANTIC UTRO GEAR-EP LUBE., as these materials are not recommended or have not been tested for resistance to ATLANTIC UTRO GEAR-EP LUBE..

Which O-ring do I need for AUREX 903R?

NBR O-rings are the best option for contact with AUREX 903R, based on chemical resistance and relative cost. HNBR, FPM, FEP, AU and FFKM O-rings offer the same chemical resistance to AUREX 903R with a maximum swelling of less than 15%, but at a higher cost than NBR. Do not use EPDM, VMQ, FVMQ and PTFE O-rings for AUREX 903R, as these materials are not recommended or have not been tested for resistance to AUREX 903R.

Which O-ring do I need for AUTOMATIC TRANSMISSION FLUID?

NBR O-rings are the best option for contact with AUTOMATIC TRANSMISSION FLUID, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to AUTOMATIC TRANSMISSION FLUID with a maximum swelling of less than 15%, but at a higher cost than NBR. AU O-rings are less resistant to AUTOMATIC TRANSMISSION FLUID and should only be used after checking the application conditions. Do not use EPDM and VMQ O-rings for AUTOMATIC TRANSMISSION FLUID, as these materials are not recommended or have not been tested for resistance to AUTOMATIC TRANSMISSION FLUID.

Which O-ring do I need for AUTOMOTIVE BRAKE FLUID?

EPDM O-rings are the best option for contact with AUTOMOTIVE BRAKE FLUID, based on chemical resistance and relative cost. FEP, PTFE and FFKM O-rings offer the same chemical resistance to AUTOMOTIVE BRAKE FLUID with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR and VMQ O-rings are less resistant to AUTOMOTIVE BRAKE FLUID and should only be used after checking the application conditions. Do not use FPM, FVMQ and AU O-rings for AUTOMOTIVE BRAKE FLUID, as these materials are not recommended or have not been tested for resistance to AUTOMOTIVE BRAKE FLUID.

Which O-ring do I need for AZINE?

PTFE O-rings are the best option for contact with AZINE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to AZINE with a maximum swelling of less than 15%, but at a higher cost than PTFE. EPDM and FEP O-rings are less resistant to AZINE and should only be used after checking the application conditions. Do not use NBR, HNBR, VMQ, FPM, FVMQ and AU O-rings for AZINE, as these materials are not recommended or have not been tested for resistance to AZINE.

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