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Aerospace & Aviation

6 Products found on Apple Rubber Products in Transportation

MicrOring® Seals EP banner

MicrOring® Seals EP

Polymer Name:Ethylene Propylene Diene Terpolymer (EPDM)
Physical Form:O-rings
Features:Alcohol Resistant, Acid Resistant, Hot Water Resistant, Excellent Solvent Resistance, Automotive Fluid Resistant, Steam Resistant, Good Grease Resistance, Alkali Resistant, Oil Resistant
End Uses:Aerospace Seals, Medical Devices, O Rings

MicrOring® Seals EP Features good resistance to such polar solvents as ketones (MEK & Acetone). EPM/EPDM is also highly recommended for effective resistance to steam (to 400°F), hot water, silicone oils and greases, dilute acids and alkalies, alcohols and automotive brake fluids. Properly compounded, ethylene propylene can provide extended temperature range of -76°F to +350°F.

MicrOring® Seals FS banner

MicrOring® Seals FS

Polymer Name:Fluorosilicone
Physical Form:O-rings
Features:Good Compression Set, Ozone Resistant, Oil Resistant, Good Fuel Resistance, High Resilience, Solvent Resistant, Low Temperature Resistant, Sunlight Resistant, High Temperature Resistance
End Uses:O Rings, Aerospace Seals, Medical Devices

MicrOring® Seals FS combines the good high and low temperature stability of Silicones with the fuel, oil and solvent resistance of fluorocarbons. FS compounds feature good compression set and resilience properties. FS compounds are suitable for exposure to air, sunlight, ozone, chlorinated and aromatic hydrocarbons.

MicrOring® Seals SL banner

MicrOring® Seals SL

Polymer Name:Silicone Elastomer
Physical Form:O-rings
Features:Non-Toxic, Heat Resistance, Odorless, Sunlight Resistant, Fungus Resistant, Heat Aging Resistant, Ozone Resistant
End Uses:O Rings, Aerospace Seals, Medical Devices

MicrOring® Seals SL is resistant to high, dry heat in primarily static applications. Silicones are fungus resistant, odorless, tasteless, non-toxic elastomers and possess high-resistance to the aging effects of both sunlight and ozone attack.

MicrOring® Seals CR banner

MicrOring® Seals CR

Polymer Name:Chloroprene Rubber (CR)
Physical Form:O-rings
Features:Low Compression Set, Ozone Resistant, Oxidation Resistant, Chemical Resistant, Cost Effective, Oil Resistant, High Resilience, Sunlight Resistant
End Uses:O Rings, Aerospace Seals, Medical Devices

MicrOring® Seals CR is an early developed, oil-resistant substitute for natural rubber, Neoprene features moderate resistance to petroleum oils, good resistance to ozone, sunlight and oxygen aging, relatively low compression set, good resilience, reasonable cost, and high resistance to attack by Freon® and ammonia.

MicrOring® Seals VT banner

MicrOring® Seals VT

Polymer Name:Fluoroelastomer (FKM)
Physical Form:O-rings
Features:Oil Resistant, Good Fuel Resistance, Solvent Resistant, Good Compression Set, Good Toughness
End Uses:O Rings, Aerospace Seals, Medical Devices

MicrOring® Seals VT combines high-temperature toughness with wide chemical agent compatibility, Fluorocarbon compounds feature excellent resistance to petroleum products and solvents and good high-temperature compression set characteristics.

MicrOring® Seals BN banner

MicrOring® Seals BN

Polymer Name:Acrylonitrile Butadiene Rubber (NBR)
Physical Form:O-rings
Features:High Tensile Strength, Grease Resistant, Low Compression Set, Oil Resistant, Water Resistant, Fuel Resistant, Good Abrasion Resistance, Alcohol Resistant
End Uses:O Rings, Aerospace Seals, Medical Devices

MicrOring® Seals BN is presently the seal industry’s most widely used elastomer. Nitrile combines excellent resistance to petroleum-based oils and fuels, silicone greases, hydraulic fluids, water and alcohols. It has a good balance of such desirable working properties as low compression set, high tensile strength and high abrasion resistance.