Raven L by Birla Carbon is a specialty carbon black. It is available as beads and in powder form. Raven L can be incorporated into thermosets or thermoplastics for color, tint, or functional... view more

Raven L Ultra by Birla Carbon is a specialty carbon black. It is available as beads and in powder form. Provides longer screen life, enhanced color development and reduced scrap. Offers increased... view more

Raven M by Birla Carbon is a specialty carbon black. It is available in the form of beads. Raven M is designed to be incorporated into thermosets or thermoplastics for color, tint, or functional... view more

Raven P by Birla Carbon is a specialty carbon black. It can be incorporated into thermosets or thermoplastics for color, tint, or functional characteristics. Raven P is recommended for conductive... view more

Raven P125 Ultra by Birla Carbon is a carbon black with low moisture pick-up. It exhibits easy dispersibility, long screen life, excellent organoleptic properties and smooth surface finish. It provides... view more

Optislip™ ER (Bead) by Cargill acts as an anti-block and slip agent in polyolefins that provides high slip at low dosage levels. It offers mold & torque release, scuff- & scratch resistance, good oxidative... view more

Optislip™ BR by Cargill is a vegetable derived, bio-based, saturated primary amide-based slip and anti-block additive that performs well at high temperatures. It offers torque release, thermal- and... view more

Optislip™ SR (Bead) by Cargill is a fast migrating, refined stearamide-based slip and anti-block agent that provides anti-blocking performance at low temperatures. It disperses evenly through the polymer... view more

Optislip™ EBS (Bead) by Cargill acts as a slip, anti-block agent & processing aid for polyolefins and external lubricant for PVC. It is non-vegetable origin secondary bis-amide. It offers mold release... view more

Atmer™ 129 by Cargill is bio-based, quick acting, internal anti-static agent. It offers mold release, improved demolding "> It migrates to the surface of the polymer where it interacts with... view more