O-ring Material Compatibility for Chemicals Starting with L

Which O-ring do I need for LACQUER SOLVENTS?

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

Which O-ring do I need for LACQUERS?

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

Which O-ring do I need for LACTAMS?

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

Which O-ring do I need for LACTIC ACID, COLD?

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

Which O-ring do I need for LACTIC ACID, HOT?

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

Which O-ring do I need for LACTONES?

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

Which O-ring do I need for LARD?

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

Which O-ring do I need for LAURIC ACID?

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

Which O-ring do I need for LAURYL ALCOHOL?

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

Which O-ring do I need for LAVENDER OIL?

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

Which O-ring do I need for LB 135?

NBR O-rings and EPDM O-rings are the best option for contact with LB 135, based on chemical resistance and relative cost. HNBR, FPM, FEP and FFKM O-rings offer the same chemical resistance to LB 135 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 LB 135, as these materials are not recommended or have not been tested for resistance to LB 135.

Which O-ring do I need for LEAD ACETATE?

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

Which O-ring do I need for LEAD ARSENATE?

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

Which O-ring do I need for LEAD BROMIDE?

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

Which O-ring do I need for LEAD CARBONATE?

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

Which O-ring do I need for LEAD CHLORIDE?

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

Which O-ring do I need for LEAD CHROMATE?

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

Which O-ring do I need for LEAD DIOXIDE?

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

Which O-ring do I need for LEAD LINOLEATE?

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

Which O-ring do I need for LEAD NITRATE?

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

Which O-ring do I need for LEAD OXIDE?

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

Which O-ring do I need for LEAD SULFAMATE?

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

Which O-ring do I need for LEHIGH X1169?

NBR O-rings are the best option for contact with LEHIGH X1169, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to LEHIGH X1169 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 LEHIGH X1169, as these materials are not recommended or have not been tested for resistance to LEHIGH X1169.

Which O-ring do I need for LEHIGH X1170?

NBR O-rings are the best option for contact with LEHIGH X1170, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ, AU and FFKM O-rings offer the same chemical resistance to LEHIGH X1170 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 LEHIGH X1170, as these materials are not recommended or have not been tested for resistance to LEHIGH X1170.

Which O-ring do I need for LEMON JUICE, UNDILUTED?

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

Which O-ring do I need for LIGHT GREASE?

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

Which O-ring do I need for LIGROIN?

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

Which O-ring do I need for LIME BLEACH?

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

Which O-ring do I need for LIME SULFUR?

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

Which O-ring do I need for LINDOL HYDRAULIC FLUID, PHOSPHATE ESTER TYPE?

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

Which O-ring do I need for LINOLEIC ACID?

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

Which O-ring do I need for LINSEED OIL?

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

Which O-ring do I need for LIQUEFIED PETROLEUM GAS?

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

Which O-ring do I need for LIQUID OXYGEN?

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

Which O-ring do I need for LIQUIMOLY?

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

Which O-ring do I need for LIQUOR?

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

Which O-ring do I need for LITHIUM BROMIDE?

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

Which O-ring do I need for LITHIUM CARBONATE?

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

Which O-ring do I need for LITHIUM CHLORIDE?

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

Which O-ring do I need for LITHIUM CITRATE?

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

Which O-ring do I need for LITHIUM HYDROXIDE?

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

Which O-ring do I need for LITHIUM HYPOCHLORITE?

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

Which O-ring do I need for LITHIUM NITRATE?

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

Which O-ring do I need for LITHIUM NITRITE?

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

Which O-ring do I need for LITHIUM PERCHLORATE?

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

Which O-ring do I need for LITHIUM SALICYLATE?

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

Which O-ring do I need for LITHOPONE?

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

Which O-ring do I need for LUBRICATING OILS, CRUDE & REFINED?

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

Which O-ring do I need for LUBRICATING OILS, DIESTER?

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

Which O-ring do I need for LUBRICATING OILS, PETROLEUM?

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

Which O-ring do I need for LUBRICATING OILS, SAE 10, 20, 30, 40, 50?

NBR O-rings are the best option for contact with LUBRICATING OILS, SAE 10, 20, 30, 40, 50, based on chemical resistance and relative cost. HNBR, FPM, FEP, FVMQ and FFKM O-rings offer the same chemical resistance to LUBRICATING OILS, SAE 10, 20, 30, 40, 50 with a maximum swelling of less than 15%, but at a higher cost than NBR. AU O-rings are less resistant to LUBRICATING OILS, SAE 10, 20, 30, 40, 50 and should only be used after checking the application conditions. Do not use EPDM, VMQ and PTFE O-rings for LUBRICATING OILS, SAE 10, 20, 30, 40, 50, as these materials are not recommended or have not been tested for resistance to LUBRICATING OILS, SAE 10, 20, 30, 40, 50.

Which O-ring do I need for LUBRICATING OILS, SYNTHETIC BASE?

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

Which O-ring do I need for LYE?

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