Hostastat®

Hostastat® FA 14 by Clariant is an ethoxylated alkyl amine which acts as an internal antistatic agent for polyolefins and styrenics. It is based on renewable fatty acids with rather balanced... view more

Hostastat® FA 24 by Clariant is an ethoxylated alkyl amine. Acts as an internal antistatic agent. Compatible with polyolefins and styrenics. It is based on renewable fatty acids with advantages in... view more

Hostastat® FA 38 by Clariant is an ethoxylated alkyl amine based on renewable fatty acid. It acts as an antistatic agent. It offers high performance, easier processing and long-term efficiency... view more

Hostastat® FA 68 V by Clariant is an ethoxylated alkyl amine based on renewable vegetable fatty acids. It provides highly effective internal antistatic properties in terms of low surface resistivity... view more

Hostastat® FE 1 by Clariant is a fatty acid ester which provides antistatic properties to thermoplastic polymers. In combination with Hostastat® FA 14 it shows a well-balanced performance in terms... view more

Hostastat® FE 2 by Clariant is an anti-static agent based on renewable fatty acid ester which provides highly effective internal antistatic properties to thermoplastic polymers especially... view more

Hostastat® FE 20 by Clariant is a fatty acid ester which provides highly effective internal antistatic properties to semi-rigid and flexible PVC as well as styrenics. It is added to equalize and... view more

Hostastat® HS 1 FF by Clariant is a sodium alkane sulfonate grade. Acts as an internal antistatic & release agent and flow promoting lubricant. Possesses an outstanding efficiency. It reduces the... view more

Hostastat® HS 1 pills by Clariant is a sodium alkane sulfonate grade. Acts as an internal antistatic agent, flow promoting lubricant and release agent. It exhibits an outstanding efficiency and... view more

Hostastat® HS 1 pills Zn by Clariant is a sodium alkane sulfonate grade with outstanding efficiency. It acts as a flow promoting lubricant, internal antistatic and release agent. It reduces the... view more