Types of tires

Rubber

Its main characteristic is elastic recoil, i.e. elasticity. You can stretch a rubber band until it reaches a length much greater than its original one without breaking it; then, when you let it go, it will immediately return to its original shape and length. 

Rubber sheets

Rubber sheets are widely used in the industrial sector both for the production of seals and supports and for coatings to provide protection from chemical agents and abrasion.

Textile rubber sheets

Suitable for current uses without specific characteristics of resistance to heat, chemical agents or weather. Insertion of one or more textiles based on the thicknesses.

Oil-resistant rubber sheets

Natural rubber can soften as a result of prolonged exposure to high temperatures; this phenomenon is due to the decomposition of the material.

SBR rubber

Only using reinforcing fillers, SBR vulcanizates have the same mechanical characteristics as natural rubber.

EPDM rubber

The characteristics of the vulcanizate depend primarily on the type of rubber used, even if they are substantially very similar.

NBR rubber

BR vulcanizates have a good resistance to gasoline, oils and mineral greases, but are poorly resistant to aging.

CR RUBBER

Articles produced with chloroprene rubber are generally highly inflammable, have a good resistance to ozone, weather, chemical agents and aging.

FPM RUBBER

Fluorinated elastomers are non-flammable and have a good resistance to high temperatures, ozone, oxygen, mineral oils, synthetic hydraulic fluids…

Silicone
Rubbers
(VMQ)

Silicone Rubbers (VMQ)

Elastomer have a high degree of impermeability to water and air, a good resistance to abrasion, and good tensile strength.

VAMAC®
by DuPont™
or AEM Mix

VAMAC® by DuPont™ or AEM mix

Vamac®, commonly indicated with the acronym AEM or EAM depending on whether the European or American terminology is used, indicates a type of ethylene-acrylate rubber.

HYPALON® (CSM) Chlorosulfonated Polyethylene

Hypalon derives from the chlorosulfonation of polyethylene. Crystalline polyethylene is made amorphous through the introduction of chlorine in amounts ranging from 25 to 45%. 

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