Agilon® 454 by PPG Industries is designed to improve the performance and processing of industrial rubber and tire. It contains highly dispersible silica (HDS). Provides increased silica-loading in tread... view more

Agilon® 458 by PPG Industries is designed to improve the performance and processing of of industrial rubber and tire. It contains highly dispersible silica (HDS). Provides increased silica-loading in... view more

Silica. Acts as a processing aid. Designed to improve the performance and processing of various polymers. Offers improved abrasion resistance. Imparts heat aging properties as well as reduced... view more

Mercapto-silane treated precipitated slica. Acts as a reinforcing filler. Provides greater rubber reinforcement compared to untreated silica fillers. Imparts improved abrasion resistance, tensile... view more

Mercapto-silane treated precipitated silica. Acts as a reinforcing filler. Provides greater rubber reinforcement compared to untreated silica fillers. Imparts improved abrasion resistance, tensile... view more

Hi-Sil™ 233 by PPG Industries is silicon dioxide. Acts as a reinforcing filler. Recommended for white or colored rubber applications where tensile strength, tear resistance and abrasion resistance... view more

Hi-Sil™ 233-D by PPG Industries is silicon dioxide. Acts as a reinforcing filler. It is a easy dispersing powder. Provides tensile strength, tear resistance, and abrasion resistance. Superior heat... view more

Hi-Sil™ 243LD by PPG Industries is silicon dioxide. Acts as a reinforcing filler. Recommended for white or colored rubber applications where tensile strength, tear resistance and abrasion resistance... view more

additif salt : Na2SO4. High resilience/rubber extrusion applications. Through global manufacturing facilities, PPG Industries markets a full line of Hi-Sil® silicas designed for use in tire... view more

Hi-Sil™ ABS by PPG Industries is silica designed for use in tire applications. It add improved performance and increased structural integrity to tires for every type of vehicle, both on and off the... view more

Silicon dioxide. Acts as a reinforcing filler. Used in black, colored and industrial rubber. It is recommended for thin-walled applications like elastic bands, gloves and printing rolls... view more

Silicon dioxide. Acts as a reinforcing filler. Provides better flow or less viscosity build as compared to competitive granules and little dust during handling and mixing. Also offers high tensile... view more

Silicon dioxide. Acts as a reinforcing filler. Recommended for the use in black, colored and industrial rubber. Also recommended for thin-walled applications like elastic bands, gloves and printing... view more

Silicon dioxide. Acts as a reinforcing filler. It is highly reinforcing and provides wear and tear resistance to substance. Recommended for footwear outsoles, conveyor belts, hose covers, wire and... view more

Silicon dioxide. Acts as a reinforcing filler. Recommended for white or colored rubber applications where tensile strength, tear resistance and abrasion resistance are critical to product... view more

Synthetic, amorphous silicon dioxide. Acts as a reinforcing filler. It improves compound adhesion to the reinforcing fabric and also improves tear resistance while maximizing abrasion resistance... view more

Synthetic, amorphous silicon dioxide. Acts as a reinforcing filler. Offers low heat build-up, low compression-set and high resilience. Also provides hardness and abrasion resistance. Recommended for... view more

Synthetic, amorphous silicon dioxide. Acts as a reinforcing filler. Exhibits fast incorporation into the polymer(s). Excellent dispersion can be obtained within a very short time. Offers low heat... view more

Synthetic, amorphous silicon dioxide. Acts as a reinforcing filler. Offers improved dynamic properties such as fast, smooth extrusion and excellent flow with low stiffness, high resilience, low... view more

Silicon dioxide. Acts as a reinforcing filler. Recommended for white or colored rubber applications where tensile strength, tear resistance and abrasion resistance are critical to product... view more