Rubber

Advanced ingredients for rubber compounding and performance optimization. From automotive to industrial and consumer applications.

Rubber

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Fine microcrystalline talc suitable for automotive hoses. It is a low environmental impact natural functional filler.Benefits:Combines rubber reinforcement with processabilityProvides lower compound viscosity for improved flow in extrusion and molding applicationsActs in synergy with carbon black, lowering formulation costs Offers low moisture pick up, good thermal aging resistance, hot tear resistance and barrier for gas & fluids

Lamellar talc recommended for inhibiting unvulcanized rubber-to-rubber adhesion. It is used as a portioning agent in automotive applications. It is suitable for cable insulation. It is composed of talc/chlorite (98%) and dolomite & calcite (2%).Benefits: Offers powdering and anti-sticking properties

Microcrystalline talc used in sulfur and peroxide cured rubber. It is suitable for automotive car door seals, hoses & tires. It is also used in membranes, and hydraulic & industrial hoses. It is surface treated with a silane coupling agent using proprietary technology. It is a low environmental impact, natural functional filler.Benefits:Improves modulus and compression setCombines rubber reinforcement with processabilityProvides lower compound viscosity for improved flow in extrusion and molding applicationsDisplays low moisture pick up, good thermal aging resistance, Hot tear resistance and barrier for gas & fluids

Surface treated calcined kaolin for use in rubber industry. It is recommended for high voltage cable insulation which based on ethylene propylene rubber and other elastomers applications.Benefits:Offers good dispersion, hydrophobicityProvides interface affinity with elastomeric compoundsSuitable for peroxide and other free radical crosslinking systems

Calcined clay widely used in the rubber and polymer industries. It allows for excellent extrusion in hoses and gaskets. It is used in automotive car door seals & hoses, O-rings, membranes, cable sheathing & insulation and FR cables. It is also used in hydraulic & industrial hoses. It is produced by heating highly refined kaolins to temperatures above 1000°C. Benefits:Provides low compression set for rubber seals and stoppersImparts excellent electrical insulation properties to low and medium voltage power cablesDisplays low moisture pick-up and good thermal aging resistance (air or water hoses)Offers high brightness, low dissipation factor and low moisture pick-up

Structured aluminum silicate suitable for automotive car door seals & hoses, gaskets and membranes. It is also used in cable sheathing & insulation, FR cables and hydraulic & industrial hoses. It is produced by a controlled, high temperature dehydroxylation of a precisely fractioned and ultra-fine particle kaolin.Benefits:Offers reduction of electrical conductivity/corrosion, surface finishing & low compression setDisplays low moisture pick-up and good thermal aging resistance (air or water hoses)Provides high brightness, electrical insulation & low dissipation factor

Kaolin suitable for automotive tires, and membranes. It is produced from deposits in Brittany, France.Benefits:High quality & medium particle size Displays gas permeability reduction

Hydrous clay suitable for automotive hoses & tires, cable sheathing and shoe soles. It is also used in hydraulic & industrial hoses. Benefits:Displays gas permeability reduction, abrasion resistance and adhesion to metal  

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