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Astlett Rubber Inc SKD-Ti

Astlett Rubber Inc SKD-Ti is a product of butadiene solution polymerization with the use of a titanium catalytic system and 1,4 cis-units content of 90%. SKD2 is easily compatible with natural and butadiene-styrene rubbers in any proportion. This property is very important for the production of SKD-based products. The mixtures, prepared on the base of SKD2, have excellent high wear resistance. Butadiene rubber is mixed with other rubbers to improve anti-wearing, anti-twist, repulsive elasticity, and coldness endurance.

Polymer Name: Polybutadiene Rubber (BR)

Additives Included: Catalyst

End Uses: Tires

Features: Cold Resistance, High Elasticity, Wear Resistant

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Identification & Functionality

Additives Included
Chemical Family
Technologies

Features & Benefits

Features
  • High elasticity
  • High cold-resistance
  • Exceptional high wear resistance

Applications & Uses

Plastics & Elastomers End Uses
End Use

SKD2 rubber is used primarily in the tire, rubber technical and asbestos technical industries.

Properties

Physical Form
Specifications
ValueUnitsTest Method / Conditions
Mooney Viscosity (100°C)40 - 50ML 1+4
Viscosity Alteration on Lotmax. 6
Mass Fraction of Ashmax. 0.3%
Mass Losses (Drying)max. 0.8%
Tensile Strengthmin. 195MPa
Elongation at Breakmin. 480%
Residual Deformation After Breakmax. 12%
Rebound Elasticitymin. 0.3%
Modulus (300% Elongation)min. 70Mpa
Mass Fraction of Antioxidant (Agidol-1)0.4 - 0.1%

Packaging & Availability

Country Availability
Packaging Type
Packing

SKD2 rubber is produced in 30kg briquettes, wrapped in marked polyethylene film and four-layer craft bags. The briquettes are packed in wooden pallets of about 450kg net weight.