Elastomer selection can be is a critical decision process when you need material to stand up to a given set of environmental conditions. Let one of Aero’s experiences Sales Engineers assist by providing you option from which to choose and the advantages and limitations of each. Arm yourself with the information needed to make an informed selection. The elastomer selection chart below contains key information. Use it as a guide when selecting an elastomer that will work best for your project.
Before making your final choice, call Aero Rubber and speak with one of ours experienced sales engineers. They will fill in any gaps you may have and present you with additional options that may not be so obvious. Then, they will be happy to provide you with a competitive quote for the material you ultimately select. Call (800) 662-1009 Now!
|Ozone Resistance||UV Resistance||Grease/Oil Resistance||Fuel Resistance||Solvent Resistance||Abrasion Resistance||Tear Resistance||Tensile Strength||Non-Latex|
|Elastomer Common Names|
|Natural Rubber Gum Rubber Polyisoprene
||-55° F to 200° F||Poor||Poor||Poor||Poor||Poor||Good||Good||Excellent||No|
|Synthetic Natural Synthetic Polyisoprene||-55° F to 200° F||Poor||Poor||Poor||Poor||Poor||Good||Good||Excellent||Yes|
|Neoprene Chloroprene Polychloroprene||-40° F to 220° F||Good||Good||Good||Fair||Poor||Fair||Good||Good-Fair||Yes|
|Nitrile Buna ‘N’ NBR||-30° F to 250° F||Poor||Poor||Excellent||Excellent||Excellent||Fair||Good||Good-Fair||Yes|
|Hydrogenated Nitrile Butadiene Rubber (HNBR)||-20° F to 300° F||Poor||Poor||Excellent||Excellent||Fair||Fair||Good||Excellent-Good||Yes|
|SBR Buna ‘S’ GRS||-20° F to 212° F||Good||Good||Poor||Poor||Poor||Excellent||Good||Good-Fair||Yes|
|EPDM EPT EP||-60° F to 250° F||Excellent||Excellent||Poor||Poor||Poor||Good||Good||Good-Fair||Yes|
|EPDM Peroxide Cured||-60° F to 300° F||Excellent||Excellent||Poor||Poor||Poor||Good||Excellent||Excellent-Good||Yes|
|Silicone||-100° F to 450° F||Excellent||Excellent||Poor||Poor||Poor||Poor||Poor||Poor||Yes|
|Fluorosilicone||-100° F to 400° F||Excellent||Excellent||Good||Good||Good||Poor||Poor||Fair||Yes|
|Fluoroelastomer (FKM) Viton (DuPont) Fluorel (3-M)||-10° F to 400° F||Excellent||Excellent||Excellent||Excellent||Good||Good||Good||Fair||Yes|
|Butyl||-60° F to 250° F||Excellent||Excellent||Poor||Poor||Poor||Good||Good||Good||Yes|
|Hypalon (trade name) (CSM) Chlorsulphonated Polyethylene||-40° F to 250° F||Excellent||Excellent||Good||Good||Poor||Good||Good||Good||Yes|
|Polyurethane (Ether or Ester Based)||-90° F to 225° F||Excellent||Excellent||Excellent||Good||Poor||Excellent||Excellent||Excellent||Yes|
Note #1: The information provided above is for reference purposes only. It is intended to be utilized as a “guide” when comparing the typical physical properties of different materials. Aero recommends that the buyer perform any tests required to determine the performance characteristics and suitability of a particular material for a specific application and elastomer selection.
Note #2: A rubber compound can be a blend of two or more elastomers (when compatible) in order to influence the finished part’s function and service life as well as competitive pricing.
Note #3: “Typical Temperature Range” is unrelated to any particular use or application. It is a general guideline to compare with other elastomers. Field tests of part samples by the user and ASTM lab tests of compound slabs are necessary to determine functional acceptability and service life.
Note#4: Latex Free vs Non Latex – The FDA recommends using the term Non Latex. “The reason for this recommendation is that the agency is not aware of any tests that can show a product contains no natural rubber latex proteins that can cause allergic reactions. Without a way to verify that a product is completely free of these proteins, a claim that it is “latex free” is scientifically inaccurate and may be misleading.” Read More