O-ring Material Compatibility for Chemicals Starting with B

Which O-ring do I need for BAKING SODA?

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

Which O-ring do I need for BARDOL B?

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

Which O-ring do I need for BARIUM CARBONATE?

EPDM O-rings are the best option for contact with BARIUM CARBONATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to BARIUM CARBONATE 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 BARIUM CARBONATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BARIUM CARBONATE, as these materials are not recommended or have not been tested for resistance to BARIUM CARBONATE.

Which O-ring do I need for BARIUM CHLORATE?

EPDM O-rings are the best option for contact with BARIUM CHLORATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to BARIUM CHLORATE 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 BARIUM CHLORATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BARIUM CHLORATE, as these materials are not recommended or have not been tested for resistance to BARIUM CHLORATE.

Which O-ring do I need for BARIUM CHLORIDE?

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

Which O-ring do I need for BARIUM CYANIDE?

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

Which O-ring do I need for BARIUM HYDROXIDE?

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

Which O-ring do I need for BARIUM IODIDE?

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

Which O-ring do I need for BARIUM NITRATE?

EPDM O-rings are the best option for contact with BARIUM NITRATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to BARIUM NITRATE 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 BARIUM NITRATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BARIUM NITRATE, as these materials are not recommended or have not been tested for resistance to BARIUM NITRATE.

Which O-ring do I need for BARIUM OXIDE?

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

Which O-ring do I need for BARIUM PEROXIDE?

EPDM O-rings are the best option for contact with BARIUM PEROXIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BARIUM PEROXIDE 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 BARIUM PEROXIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BARIUM PEROXIDE, as these materials are not recommended or have not been tested for resistance to BARIUM PEROXIDE.

Which O-ring do I need for BARIUM POLYSULFIDE?

EPDM O-rings are the best option for contact with BARIUM POLYSULFIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BARIUM 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 BARIUM POLYSULFIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BARIUM POLYSULFIDE, as these materials are not recommended or have not been tested for resistance to BARIUM POLYSULFIDE.

Which O-ring do I need for BARIUM SALTS?

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

Which O-ring do I need for BARIUM SULFATE?

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

Which O-ring do I need for BARIUM SULFIDE?

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

Which O-ring do I need for BAYOL 35?

NBR O-rings are the best option for contact with BAYOL 35, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to BAYOL 35 with a maximum swelling of less than 15%, but at a higher cost than NBR. AU O-rings are less resistant to BAYOL 35 and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for BAYOL 35, as these materials are not recommended or have not been tested for resistance to BAYOL 35.

Which O-ring do I need for BAYOL D?

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

Which O-ring do I need for BEEF TALLOW EMULSION, SULPHONATED?

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

Which O-ring do I need for BEER?

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

Which O-ring do I need for BEET SUGAR LIQUIDS?

NBR O-rings and EPDM O-rings are the best option for contact with BEET SUGAR LIQUIDS, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to BEET SUGAR LIQUIDS 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 BEET SUGAR LIQUIDS, as these materials are not recommended or have not been tested for resistance to BEET SUGAR LIQUIDS.

Which O-ring do I need for BEET SUGAR LIQUORS?

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

Which O-ring do I need for BENZALDEHYDE?

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

Which O-ring do I need for BENZAMIDE?

FPM O-rings are the best option for contact with BENZAMIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZAMIDE 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 BENZAMIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZAMIDE, as these materials are not recommended or have not been tested for resistance to BENZAMIDE.

Which O-ring do I need for BENZANTHRONE?

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

Which O-ring do I need for BENZENE?

PTFE O-rings are the best option for contact with BENZENE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZENE 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 BENZENE and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ and AU O-rings for BENZENE, as these materials are not recommended or have not been tested for resistance to BENZENE.

Which O-ring do I need for BENZENE CARBONAL?

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

Which O-ring do I need for BENZENE CARBOXYLIC ACID?

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

Which O-ring do I need for BENZENE SULFONIC ACID?

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

Which O-ring do I need for BENZIDINE?

FPM O-rings are the best option for contact with BENZIDINE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZIDINE 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 BENZIDINE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZIDINE, as these materials are not recommended or have not been tested for resistance to BENZIDINE.

Which O-ring do I need for BENZIDINE 3 SULFONIC ACID?

FPM O-rings are the best option for contact with BENZIDINE 3 SULFONIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZIDINE 3 SULFONIC 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 BENZIDINE 3 SULFONIC ACID and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZIDINE 3 SULFONIC ACID, as these materials are not recommended or have not been tested for resistance to BENZIDINE 3 SULFONIC ACID.

Which O-ring do I need for BENZIL?

FPM O-rings are the best option for contact with BENZIL, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZIL 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 BENZIL and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZIL, as these materials are not recommended or have not been tested for resistance to BENZIL.

Which O-ring do I need for BENZILIC ACID?

FPM O-rings are the best option for contact with BENZILIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZILIC 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 BENZILIC ACID and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZILIC ACID, as these materials are not recommended or have not been tested for resistance to BENZILIC ACID.

Which O-ring do I need for BENZINE?

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

Which O-ring do I need for BENZOCATECHOL?

FPM O-rings are the best option for contact with BENZOCATECHOL, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZOCATECHOL 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 BENZOCATECHOL and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZOCATECHOL, as these materials are not recommended or have not been tested for resistance to BENZOCATECHOL.

Which O-ring do I need for BENZOCHLORIDE?

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

Which O-ring do I need for BENZOIC ACID?

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

Which O-ring do I need for BENZOIN?

FPM O-rings are the best option for contact with BENZOIN, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZOIN 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 BENZOIN and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZOIN, as these materials are not recommended or have not been tested for resistance to BENZOIN.

Which O-ring do I need for BENZONITRILE?

EPDM O-rings are the best option for contact with BENZONITRILE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BENZONITRILE 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 BENZONITRILE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BENZONITRILE, as these materials are not recommended or have not been tested for resistance to BENZONITRILE.

Which O-ring do I need for BENZOPHENONE?

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

Which O-ring do I need for BENZOQUINONE?

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

Which O-ring do I need for BENZOTRICHLORIDE?

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

Which O-ring do I need for BENZOTRIFLUORIDE?

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

Which O-ring do I need for BENZOYL CHLORIDE?

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

Which O-ring do I need for BENZOYL SULFONILIC ACID?

FPM O-rings are the best option for contact with BENZOYL SULFONILIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZOYL SULFONILIC 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 BENZOYL SULFONILIC ACID and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZOYL SULFONILIC ACID, as these materials are not recommended or have not been tested for resistance to BENZOYL SULFONILIC ACID.

Which O-ring do I need for BENZYL ACETATE?

EPDM O-rings are the best option for contact with BENZYL ACETATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BENZYL ACETATE 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 BENZYL ACETATE and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for BENZYL ACETATE, as these materials are not recommended or have not been tested for resistance to BENZYL ACETATE.

Which O-ring do I need for BENZYL ALCOHOL?

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

Which O-ring do I need for BENZYL BENZOATE?

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

Which O-ring do I need for BENZYL BROMIDE?

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

Which O-ring do I need for BENZYL BUTYL PHTHALATE?

EPDM O-rings are the best option for contact with BENZYL BUTYL PHTHALATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BENZYL BUTYL PHTHALATE 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 BENZYL BUTYL PHTHALATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BENZYL BUTYL PHTHALATE, as these materials are not recommended or have not been tested for resistance to BENZYL BUTYL PHTHALATE.

Which O-ring do I need for BENZYL CHLORIDE?

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

Which O-ring do I need for BENZYL PHENOL?

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

Which O-ring do I need for BENZYL SALICYLATE?

FPM O-rings are the best option for contact with BENZYL SALICYLATE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BENZYL SALICYLATE 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 BENZYL SALICYLATE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BENZYL SALICYLATE, as these materials are not recommended or have not been tested for resistance to BENZYL SALICYLATE.

Which O-ring do I need for BERYLLIUM CHLORIDE?

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

Which O-ring do I need for BERYLLIUM FLUORIDE?

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

Which O-ring do I need for BERYLLIUM OXIDE?

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

Which O-ring do I need for BERYLLIUM SULFATE?

EPDM O-rings are the best option for contact with BERYLLIUM SULFATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BERYLLIUM 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 BERYLLIUM SULFATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BERYLLIUM SULFATE, as these materials are not recommended or have not been tested for resistance to BERYLLIUM SULFATE.

Which O-ring do I need for BIPHENYL?

FPM O-rings and PTFE O-rings are the best option for contact with BIPHENYL, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BIPHENYL 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 BIPHENYL and should only be used after checking the application conditions. Do not use NBR, EPDM, HNBR, VMQ and AU O-rings for BIPHENYL, as these materials are not recommended or have not been tested for resistance to BIPHENYL.

Which O-ring do I need for BISMUTH CARBONATE?

EPDM O-rings are the best option for contact with BISMUTH CARBONATE, based on chemical resistance and relative cost. FPM, FVMQ and FFKM O-rings offer the same chemical resistance to BISMUTH CARBONATE 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 BISMUTH CARBONATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BISMUTH CARBONATE, as these materials are not recommended or have not been tested for resistance to BISMUTH CARBONATE.

Which O-ring do I need for BISMUTH NITRATE?

EPDM O-rings are the best option for contact with BISMUTH NITRATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BISMUTH 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 BISMUTH NITRATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BISMUTH NITRATE, as these materials are not recommended or have not been tested for resistance to BISMUTH NITRATE.

Which O-ring do I need for BISMUTH OXYCHLORIDE?

EPDM O-rings are the best option for contact with BISMUTH OXYCHLORIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BISMUTH OXYCHLORIDE 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 BISMUTH OXYCHLORIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BISMUTH OXYCHLORIDE, as these materials are not recommended or have not been tested for resistance to BISMUTH OXYCHLORIDE.

Which O-ring do I need for BISULFITE LYE?

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

Which O-ring do I need for BITUMEN?

FPM O-rings and PTFE O-rings are the best option for contact with BITUMEN, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BITUMEN 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 BITUMEN, as these materials are not recommended or have not been tested for resistance to BITUMEN.

Which O-ring do I need for BLACK LIQUOR?

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

Which O-ring do I need for BLACK LYE?

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

Which O-ring do I need for BLACK POINT 77?

NBR O-rings and EPDM O-rings are the best option for contact with BLACK POINT 77, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to BLACK POINT 77 with a maximum swelling of less than 15%, but at a higher cost than NBR and EPDM. VMQ, FVMQ and AU O-rings are less resistant to BLACK POINT 77 and should only be used after checking the application conditions. Do not use PTFE O-rings for BLACK POINT 77, as these materials are not recommended or have not been tested for resistance to BLACK POINT 77.

Which O-ring do I need for BLAST FURNACE GAS?

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

Which O-ring do I need for BLEACH LIQUOR?

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

Which O-ring do I need for BLEACH SOLUTIONS?

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

Which O-ring do I need for BLEACHING LYE?

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

Which O-ring do I need for BONE OIL?

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

Which O-ring do I need for BORAX?

EPDM O-rings are the best option for contact with BORAX, based on chemical resistance and relative cost. FPM, FEP, AU and FFKM O-rings offer the same chemical resistance to BORAX 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 BORAX and should only be used after checking the application conditions. Do not use PTFE O-rings for BORAX, as these materials are not recommended or have not been tested for resistance to BORAX.

Which O-ring do I need for BORAX SOLUTIONS?

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

Which O-ring do I need for BORDEAUX MIXTURE?

EPDM O-rings are the best option for contact with BORDEAUX MIXTURE, based on chemical resistance and relative cost. FPM, FEP and FFKM O-rings offer the same chemical resistance to BORDEAUX MIXTURE 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 BORDEAUX MIXTURE and should only be used after checking the application conditions. Do not use AU and PTFE O-rings for BORDEAUX MIXTURE, as these materials are not recommended or have not been tested for resistance to BORDEAUX MIXTURE.

Which O-ring do I need for BORIC ACID?

NBR O-rings and EPDM O-rings are the best option for contact with BORIC ACID, based on chemical resistance and relative cost. HNBR, VMQ, FPM, FEP, FVMQ, PTFE and FFKM O-rings offer the same chemical resistance to BORIC 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 BORIC ACID, as these materials are not recommended or have not been tested for resistance to BORIC ACID.

Which O-ring do I need for BORIC OXIDE?

EPDM O-rings are the best option for contact with BORIC OXIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BORIC OXIDE 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 BORIC OXIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BORIC OXIDE, as these materials are not recommended or have not been tested for resistance to BORIC OXIDE.

Which O-ring do I need for BORNEOL?

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

Which O-ring do I need for BORNYL ACETATE?

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

Which O-ring do I need for BORNYL CHLORIDE?

FPM O-rings are the best option for contact with BORNYL CHLORIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BORNYL CHLORIDE 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 BORNYL CHLORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BORNYL CHLORIDE, as these materials are not recommended or have not been tested for resistance to BORNYL CHLORIDE.

Which O-ring do I need for BORNYL FORMATE?

FPM O-rings are the best option for contact with BORNYL FORMATE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BORNYL FORMATE 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 BORNYL FORMATE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BORNYL FORMATE, as these materials are not recommended or have not been tested for resistance to BORNYL FORMATE.

Which O-ring do I need for BORON FLUIDS?

FPM O-rings and FEP O-rings are the best option for contact with BORON FLUIDS, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BORON FLUIDS 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 BORON FLUIDS and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for BORON FLUIDS, as these materials are not recommended or have not been tested for resistance to BORON FLUIDS.

Which O-ring do I need for BORON TRICHLORIDE?

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

Which O-ring do I need for BORON TRIFLUORIDE?

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

Which O-ring do I need for BRAKE FLUID DOT3, GLYCOL TYPE?

EPDM O-rings are the best option for contact with BRAKE FLUID DOT3, GLYCOL TYPE, based on chemical resistance and relative cost. VMQ, FVMQ and PTFE O-rings offer the same chemical resistance to BRAKE FLUID DOT3, GLYCOL TYPE with a maximum swelling of less than 15%, but at a higher cost than EPDM. FEP and HNBR O-rings are less resistant to BRAKE FLUID DOT3, GLYCOL TYPE and should only be used after checking the application conditions. Do not use NBR, FPM, AU and FFKM O-rings for BRAKE FLUID DOT3, GLYCOL TYPE, as these materials are not recommended or have not been tested for resistance to BRAKE FLUID DOT3, GLYCOL TYPE.

Which O-ring do I need for BRAKE FLUID, WAGNER 21B?

EPDM O-rings are the best option for contact with BRAKE FLUID, WAGNER 21B, based on chemical resistance and relative cost. FEP and PTFE O-rings offer the same chemical resistance to BRAKE FLUID, WAGNER 21B 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 BRAKE FLUID, WAGNER 21B and should only be used after checking the application conditions. Do not use FPM, FVMQ, AU and FFKM O-rings for BRAKE FLUID, WAGNER 21B, as these materials are not recommended or have not been tested for resistance to BRAKE FLUID, WAGNER 21B.

Which O-ring do I need for BRAY GG-130?

FPM O-rings are the best option for contact with BRAY GG-130, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BRAY GG-130 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 BRAY GG-130 and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for BRAY GG-130, as these materials are not recommended or have not been tested for resistance to BRAY GG-130.

Which O-ring do I need for BRAYCO 719-R?

EPDM O-rings are the best option for contact with BRAYCO 719-R, based on chemical resistance and relative cost. These materials offer chemical resistance to BRAYCO 719-R with a maximum swelling of less than 15%. VMQ, FEP, FVMQ, NBR and HNBR O-rings are less resistant to BRAYCO 719-R and should only be used after checking the application conditions. Do not use FPM, AU, PTFE and FFKM O-rings for BRAYCO 719-R, as these materials are not recommended or have not been tested for resistance to BRAYCO 719-R.

Which O-ring do I need for BRAYCO 885?

FPM O-rings and AU O-rings are the best option for contact with BRAYCO 885, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BRAYCO 885 with a maximum swelling of less than 15%, but at a higher cost than FPM and AU. NBR, HNBR, FEP and FVMQ O-rings are less resistant to BRAYCO 885 and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for BRAYCO 885, as these materials are not recommended or have not been tested for resistance to BRAYCO 885.

Which O-ring do I need for BRAYCO 910?

EPDM O-rings are the best option for contact with BRAYCO 910, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BRAYCO 910 with a maximum swelling of less than 15%, but at a higher cost than EPDM. NBR, HNBR, FEP and AU O-rings are less resistant to BRAYCO 910 and should only be used after checking the application conditions. Do not use VMQ, FPM, FVMQ and PTFE O-rings for BRAYCO 910, as these materials are not recommended or have not been tested for resistance to BRAYCO 910.

Which O-ring do I need for BRET 710?

EPDM O-rings are the best option for contact with BRET 710, based on chemical resistance and relative cost. These materials offer chemical resistance to BRET 710 with a maximum swelling of less than 15%. NBR, HNBR, FEP and AU O-rings are less resistant to BRET 710 and should only be used after checking the application conditions. Do not use VMQ, FPM, FVMQ, PTFE and FFKM O-rings for BRET 710, as these materials are not recommended or have not been tested for resistance to BRET 710.

Which O-ring do I need for BRINE?

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

Which O-ring do I need for BROM - 113?

No rating 1 O-ring material is listed for BROM - 113 in this chemical resistance guide. NBR, HNBR and FEP O-rings are less resistant to BROM - 113 and should only be used after checking the application conditions. Do not use EPDM, VMQ, FPM, FVMQ, AU, PTFE and FFKM O-rings for BROM - 113, as these materials are not recommended or have not been tested for resistance to BROM - 113.

Which O-ring do I need for BROM - 114?

FFKM O-rings are the best option for contact with BROM - 114, based on chemical resistance and relative cost. These materials offer chemical resistance to BROM - 114 with a maximum swelling of less than 15%. NBR, HNBR, FPM and FEP O-rings are less resistant to BROM - 114 and should only be used after checking the application conditions. Do not use EPDM, VMQ, FVMQ, AU and PTFE O-rings for BROM - 114, as these materials are not recommended or have not been tested for resistance to BROM - 114.

Which O-ring do I need for BROMIC ACID?

EPDM O-rings are the best option for contact with BROMIC ACID, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BROMIC 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 BROMIC ACID and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BROMIC ACID, as these materials are not recommended or have not been tested for resistance to BROMIC ACID.

Which O-ring do I need for BROMINE?

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

Which O-ring do I need for BROMINE PENTAFLUORIDE?

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

Which O-ring do I need for BROMINE TRIFLUORIDE?

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

Which O-ring do I need for BROMINE WATER?

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

Which O-ring do I need for BROMINE, ANHYDROUS?

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

Which O-ring do I need for BROMINE, LIQUID?

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

Which O-ring do I need for BROMOBENZENE?

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

Which O-ring do I need for BROMOBENZENE CYANIDE?

EPDM O-rings are the best option for contact with BROMOBENZENE CYANIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BROMOBENZENE CYANIDE 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 BROMOBENZENE CYANIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BROMOBENZENE CYANIDE, as these materials are not recommended or have not been tested for resistance to BROMOBENZENE CYANIDE.

Which O-ring do I need for BROMOCHLOROMETHANE?

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

Which O-ring do I need for BROMOCHLOROTRIFLUOROETHANE?

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

Which O-ring do I need for BROMOETHANE?

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

Which O-ring do I need for BROMOFORM?

FPM O-rings are the best option for contact with BROMOFORM, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BROMOFORM 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 BROMOFORM and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BROMOFORM, as these materials are not recommended or have not been tested for resistance to BROMOFORM.

Which O-ring do I need for BROMOMETHANE?

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

Which O-ring do I need for BROMOTRIFLUOROMETHANE?

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

Which O-ring do I need for BRUCINE SULFATE?

EPDM O-rings are the best option for contact with BRUCINE SULFATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BRUCINE 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 BRUCINE SULFATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BRUCINE SULFATE, as these materials are not recommended or have not been tested for resistance to BRUCINE SULFATE.

Which O-ring do I need for BUNKER OIL?

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

Which O-ring do I need for BUNKER C FUEL OIL?

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

Which O-ring do I need for BUTADIENE?

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

Which O-ring do I need for BUTANE?

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

Which O-ring do I need for BUTANE, 2, 2-DIMETHYL?

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

Which O-ring do I need for BUTANE, 2, 3-DIMETHYL?

NBR O-rings are the best option for contact with BUTANE, 2, 3-DIMETHYL, based on chemical resistance and relative cost. HNBR, FPM and FFKM O-rings offer the same chemical resistance to BUTANE, 2, 3-DIMETHYL with a maximum swelling of less than 15%, but at a higher cost than NBR. FEP and FVMQ O-rings are less resistant to BUTANE, 2, 3-DIMETHYL and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for BUTANE, 2, 3-DIMETHYL, as these materials are not recommended or have not been tested for resistance to BUTANE, 2, 3-DIMETHYL.

Which O-ring do I need for BUTANEDIOL?

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

Which O-ring do I need for BUTANOL?

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

Which O-ring do I need for BUTENE 2-ETHYL?

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

Which O-ring do I need for BUTTER?

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

Which O-ring do I need for BUTYL ACETATE?

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

Which O-ring do I need for BUTYL ACETYL RICINOLEATE?

EPDM O-rings are the best option for contact with BUTYL ACETYL RICINOLEATE, based on chemical resistance and relative cost. FPM, FEP and FFKM O-rings offer the same chemical resistance to BUTYL ACETYL RICINOLEATE 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 BUTYL ACETYL RICINOLEATE and should only be used after checking the application conditions. Do not use VMQ, AU and PTFE O-rings for BUTYL ACETYL RICINOLEATE, as these materials are not recommended or have not been tested for resistance to BUTYL ACETYL RICINOLEATE.

Which O-ring do I need for BUTYL ACRYLATE?

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

Which O-ring do I need for BUTYL ALCOHOL?

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

Which O-ring do I need for BUTYL ALCOHOL, SECONDARY?

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

Which O-ring do I need for BUTYL ALCOHOL, TERTIARY?

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

Which O-ring do I need for BUTYL BENZOATE?

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

Which O-ring do I need for BUTYL BUTYRATE?

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

Which O-ring do I need for BUTYL CARBITOL?

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

Which O-ring do I need for BUTYL CELLOSOLVE?

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

Which O-ring do I need for BUTYL CELLOSOLVE ACETATE?

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

Which O-ring do I need for BUTYL CELLOSOLVE ADIPATE?

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

Which O-ring do I need for BUTYL CHLORIDE?

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

Which O-ring do I need for BUTYL ETHER?

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

Which O-ring do I need for BUTYL GLYCOLATE?

EPDM O-rings are the best option for contact with BUTYL GLYCOLATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BUTYL GLYCOLATE 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 BUTYL GLYCOLATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BUTYL GLYCOLATE, as these materials are not recommended or have not been tested for resistance to BUTYL GLYCOLATE.

Which O-ring do I need for BUTYL LACTATE?

EPDM O-rings are the best option for contact with BUTYL LACTATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BUTYL 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 BUTYL LACTATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BUTYL LACTATE, as these materials are not recommended or have not been tested for resistance to BUTYL LACTATE.

Which O-ring do I need for BUTYL LAURATE?

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

Which O-ring do I need for BUTYL MERCAPTAN?

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

Which O-ring do I need for BUTYL METHACRYLATE?

EPDM O-rings are the best option for contact with BUTYL METHACRYLATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BUTYL METHACRYLATE 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 BUTYL METHACRYLATE and should only be used after checking the application conditions. Do not use FPM, FEP, AU and PTFE O-rings for BUTYL METHACRYLATE, as these materials are not recommended or have not been tested for resistance to BUTYL METHACRYLATE.

Which O-ring do I need for BUTYL OLEATE?

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

Which O-ring do I need for BUTYL OXALATE?

EPDM O-rings are the best option for contact with BUTYL OXALATE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BUTYL 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 BUTYL OXALATE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BUTYL OXALATE, as these materials are not recommended or have not been tested for resistance to BUTYL OXALATE.

Which O-ring do I need for BUTYL PHENOL?

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

Which O-ring do I need for BUTYL STEARATE?

FPM O-rings and FEP O-rings are the best option for contact with BUTYL STEARATE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BUTYL STEARATE 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 BUTYL STEARATE and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for BUTYL STEARATE, as these materials are not recommended or have not been tested for resistance to BUTYL STEARATE.

Which O-ring do I need for BUTYLAMINE?

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

Which O-ring do I need for BUTYLBENZOIC ACID?

FPM O-rings are the best option for contact with BUTYLBENZOIC ACID, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BUTYLBENZOIC 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 BUTYLBENZOIC ACID and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BUTYLBENZOIC ACID, as these materials are not recommended or have not been tested for resistance to BUTYLBENZOIC ACID.

Which O-ring do I need for BUTYLENE?

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

Which O-ring do I need for BUTYLENE GLYCOL?

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

Which O-ring do I need for BUTYNE DIOL?

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

Which O-ring do I need for BUTYRALDEHYDE?

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

Which O-ring do I need for BUTYRIC ACID?

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

Which O-ring do I need for BUTYRIC ANHYDRIDE?

EPDM O-rings are the best option for contact with BUTYRIC ANHYDRIDE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BUTYRIC ANHYDRIDE 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 BUTYRIC ANHYDRIDE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BUTYRIC ANHYDRIDE, as these materials are not recommended or have not been tested for resistance to BUTYRIC ANHYDRIDE.

Which O-ring do I need for BUTYROLACETONE?

EPDM O-rings are the best option for contact with BUTYROLACETONE, based on chemical resistance and relative cost. FVMQ and FFKM O-rings offer the same chemical resistance to BUTYROLACETONE 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 BUTYROLACETONE and should only be used after checking the application conditions. Do not use FEP, AU and PTFE O-rings for BUTYROLACETONE, as these materials are not recommended or have not been tested for resistance to BUTYROLACETONE.

Which O-ring do I need for BUTYRYL CHLORIDE?

FPM O-rings are the best option for contact with BUTYRYL CHLORIDE, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to BUTYRYL CHLORIDE 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 BUTYRYL CHLORIDE and should only be used after checking the application conditions. Do not use EPDM, VMQ, FEP and PTFE O-rings for BUTYRYL CHLORIDE, as these materials are not recommended or have not been tested for resistance to BUTYRYL CHLORIDE.