N339 by Birla Carbon is a high-quality carbon black suitable for general-purpose tread compounds. It exhibits medium surface area, high structure and high abrasion. It offers a good balance between... view more

N343 by Birla Carbon is a high-quality carbon black. It is available in black colored powder and pellets form. It is used in tires like passenger car tread, commercial vehicle tread, general... view more

N375 by Birla Carbon is a high-quality carbon black. It exhibits medium surface area, low structure and high abrasion. It offers good balance of treadwear and hysteresis. It is recommended for... view more

N539 by Birla Carbon is a high-quality carbon black. It possesses a medium surface area and lower structure carbon black as a general-purpose grade. It is suitable for use in body compounds in... view more

N550 by Birla Carbon is a high-quality carbon black. It exhibits medium surface area and structure carbon black as a general-purpose grade designed for use in body compounds in passenger tires and... view more

Low density polyethylene wax. Used in PVC processing and compounding, rubber and tire industry and thermoplastic and thermo set resins. Provides release ability, viscosity adjustment, and... view more

Low density polyethylene wax. Used in PVC processing and compounding, rubber and tire industry and thermoplastic and thermo set resins. Provides release ability, viscosity adjustment, and... view more

Low density polyethylene wax. Used in PVC processing and compounding, rubber and tire industry and thermoplastic and thermo set resins. Provides release ability, viscosity adjustment, and... view more

Low density polyethylene wax. Used in PVC processing and compounding, rubber and tire industry and thermoplastic and thermo set resins. Provides release ability, viscosity adjustment, and... view more

Low density polyethylene wax. Used in PVC processing and compounding, rubber and tire industry and thermoplastic and thermo set resins. Provides release ability, viscosity adjustment, and... view more