Polyisoprenes, natural rubber, and synthetic rubber are noted for outstanding resilience, resistance to tear and abrasion, excellent elasticity, and flex fatigue resistance. Polyisoprenes also have excellent tensile strength characteristics and can operate in low-temperature environments. Polyisoprenes are not recommended for environments that contain high heat, ozone, sunlight, petroleum, or hydrocarbon.

 

The purity of synthetic polyisoprene provides more consistent dynamic properties with better weather resistance. Synthetic polyisoprene's lack of ”tree organics” also gives a relatively odorless rubber.

General Properties

Excellent physical properties, including abrasion and low temperature resistance, poor resistance to petroleum-based fluids

Resistant to

Most moderate chemicals, wet or dry, organic acids, alcohols, ketones, aldehydes

Attacked by

Ozone, strong acids, fats, oils, greases, and most hydrocarbons

General Polymer Characteristics
 Abrasion Resistance   Excellent  Gas Permeability  Fair
 Compression Set  Excellent  Low Temperature Flexibility  Excellent
 Elongation  Excellent  Tear Resistance   Excellent
 Flame Resistance  Poor    

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At Trelleborg, our eyes are on tomorrow as our in-house expert technical teams work in partnership with an increasing range of customers to bring industry-changing ideas to actualization with coated materials– whether it’s your concept or ours. Email: ECF@Trelleborg.com