O-ring Material Compatibility for Chemicals Starting with O

Which O-ring do I need for OCTACHLOROTOLUENE?

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

Which O-ring do I need for OCTADECANE?

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

Which O-ring do I need for OCTAFLUOROCYCLOBUTANE?

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

Which O-ring do I need for OCTANAL?

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

Which O-ring do I need for OCTANE?

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

Which O-ring do I need for OCTYL ACETATE?

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

Which O-ring do I need for OCTYL ALCOHOL?

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

Which O-ring do I need for OCTYL CHLORIDE?

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

Which O-ring do I need for OCTYL CRESOL?

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

Which O-ring do I need for OCTYL PHTHALATE?

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

Which O-ring do I need for OIL OF TURPENTINE?

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

Which O-ring do I need for OLEFINS?

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

Which O-ring do I need for OLEIC ACID?

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

Which O-ring do I need for OLEUM?

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

Which O-ring do I need for OLEUM SPIRITS?

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

Which O-ring do I need for OLEYL ALCOHOL?

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

Which O-ring do I need for OLIVE OIL?

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

Which O-ring do I need for ORONITE 8200?

FPM O-rings, FEP O-rings and AU O-rings are the best option for contact with ORONITE 8200, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ORONITE 8200 with a maximum swelling of less than 15%, but at a higher cost than FPM, FEP, FVMQ and AU. NBR and HNBR O-rings are less resistant to ORONITE 8200 and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for ORONITE 8200, as these materials are not recommended or have not been tested for resistance to ORONITE 8200.

Which O-ring do I need for ORONITE 8515?

FPM O-rings, FEP O-rings and AU O-rings are the best option for contact with ORONITE 8515, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to ORONITE 8515 with a maximum swelling of less than 15%, but at a higher cost than FPM, FEP, FVMQ and AU. NBR and HNBR O-rings are less resistant to ORONITE 8515 and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for ORONITE 8515, as these materials are not recommended or have not been tested for resistance to ORONITE 8515.

Which O-ring do I need for ORTHOCHLOROETHYL BENZENE?

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

Which O-ring do I need for OS 70?

FPM O-rings and FEP O-rings are the best option for contact with OS 70, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to OS 70 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 OS 70 and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for OS 70, as these materials are not recommended or have not been tested for resistance to OS 70.

Which O-ring do I need for OS45 TYPE 111, SILICATE ESTER BASED?

FPM O-rings and FEP O-rings are the best option for contact with OS45 TYPE 111, SILICATE ESTER BASED, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to OS45 TYPE 111, SILICATE ESTER BASED 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 OS45 TYPE 111, SILICATE ESTER BASED and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for OS45 TYPE 111, SILICATE ESTER BASED, as these materials are not recommended or have not been tested for resistance to OS45 TYPE 111, SILICATE ESTER BASED.

Which O-ring do I need for OS45 TYPE 1V?

FPM O-rings and FEP O-rings are the best option for contact with OS45 TYPE 1V, based on chemical resistance and relative cost. FFKM O-rings offer the same chemical resistance to OS45 TYPE 1V 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 OS45 TYPE 1V and should only be used after checking the application conditions. Do not use EPDM, VMQ, AU and PTFE O-rings for OS45 TYPE 1V, as these materials are not recommended or have not been tested for resistance to OS45 TYPE 1V.

Which O-ring do I need for OXALIC ACID?

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

Which O-ring do I need for OXYGEN, COLD?

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

Which O-ring do I need for OXYGEN, HOT?

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

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

No rating 1 O-ring material is listed for OXYGEN, LIQUID in this chemical resistance guide. FFKM O-rings are less resistant to OXYGEN, LIQUID 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 OXYGEN, LIQUID, as these materials are not recommended or have not been tested for resistance to OXYGEN, LIQUID.

Which O-ring do I need for OZONATED DEIONIZED WATER?

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

Which O-ring do I need for OZONE?

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