Natural Rubber: A combination of high tensile strength, high abrasion resistance, high load bearing capability, rebound elasticity, very good low temperature flexibility, excellent dynamic properties and low heat buildup makes Natural rubber indispensible in several applications.

Styrene Butadiene Rubber (SBR): Dynamic fatigue resistance, ageing, abrasion and heat resistance are some of the qualities of SBR. SBR being non-polar are poor conductors of electricity, they are also non-compatible with gasoline and oil applications.

Acrylonitrile Butadiene Rubber (NBR): Has excellent mechanical properties. NBR being polar has good resistance against gasoline, grease, mineral oils, alcohols (Methanol, Ethanol), however they have a considerably higher electrical conductivity compared to non-polar rubbers.

Neoprene: They have favorable flame-resistant properties and a higher level of ozone resistance comparable to other polymers. Gas permeability is distinctively superior. Being polar they are sufficiently oil resistant for many applications.

Ethylene Propylene Diene Monomer (EPDM): Exceptional heat and ageing properties. Ozone and weather resistance is excellent even after months of exposure to ozone rich air. The electrical insulating and dielectric properties or the breakdown and corona resistance is excellent. Resistance to chemicals and sea water is very good, however swelling takes place if exposed to gasoline or oils.

Silicon Rubber: Can survive long time exposure to hot air with intact elasticity. Extraordinarily resistant to ageing, weathering, ozone and high temperature. They have excellent low temperature flexibility and very high ignition temperature of upto 200ºC. The tensile strength, impact and abrasion resistance is poorer compared to other polymers.

FKM Viton Rubber: Has the best heat resistance of all rubbers. They resist swelling in most oils, acids and chemicals; however, their mechanical properties are distinctively lower compared to other polymers.