BYK-MAX HS 4342 by BYK is a non-adhesive granulate, dust-free, easy to handle, long-term thermal stabilizer based on organic stabilizers, carbon black and SCONA coupling agents for use in PP-GF... view more

BYK-MAX HS 4301 by BYK is a granulated, VOC-free, long-term thermal stabilizer for use in polypropylene compounds. It consists of a combination of thermal stabilizers. The thermal stabilizers... view more

BYK-MAX LS 4125 by BYK is a safe, easy to handle, VOC-free, dust-free, granulated UV stabilizer for the use in polyolefins to improve the long-term UV stability with low blooming. It offers... view more

BYK-MAX FR 4143 by BYK is a compacted, easy to handle, halogen- & antimony-free, flame retardant for polyolefins in compounding, extrusion or injection molding processes. This highly effective... view more

BYK-MAX AF 4160 by BYK is a VOC-free, easy to handle, granulated, anti-fogging agent for use in polyolefins to increase the surface tension and transparency of films. It reduces the formation of... view more

BYK-MAX AS 4170 by BYK is a VOC-free, dust-free, safe, easy to handle, granulated anti-static agent for use in polyolefins to reduce the surface resistivity. It reduces the surface resistance of... view more

BYK-MAX AS 4171 by BYK is a VOC-free, granulated anti-static agent for use in polypropylene to reduce surface resistivity. This dust-free, safe, easy-to-handle additive contains a synergistic... view more

BYK-MAX FR 4142 by BYK is a granulated, halogen- & antimony-free flame retardant for PE in extruded products as films, fibers and tapes. It is highly effective, safe, easy to handle, dust-free and... view more

BYK-MAX HS 4303 by BYK is a granulated, VOC-free, long-term thermal stabilizer for use in PP-based glass mat thermoplastics (GMT) and long-fiber-reinforced PP products (LFT). It possesses a... view more

BYK-MAX HS 4332 by BYK is an easy-to-handle, dust-free, granulated long-term thermal stabilizer based on inorganic and organic stabilizers for use in PP-GF. It consists of a synergistic blend of... view more

BYK-MAX HS 4334 by BYK is a VOC- & dust-free, easy to handle, granulated long-term thermal stabilizer based on inorganic and organic stabilizers for use in PP-GF. It consists of a non-adhesive... view more

BYK-MAX HS 4344 by BYK is a dust-free, easy to handle, granulated long-term thermal stabilizer based on organic stabilizers, carbon black and coupling agents for use in PP-GF. It consists of a... view more

BYK-MAX LS 4121 by BYK is a safe, easy to handle, dust-free, granulated UV stabilizer for use in polyolefins to increase the UV stability of films, fibers and tapes. It provides excellent UV... view more

BYK-MAX LS 4122 by BYK is a safe to handle, dust-free, granulated UV stabilizer for the use in polypropylene to increase the UV stability of films, fibers and tapes. It offers outstanding UV... view more

BYK-MAX NU 4230 LDPE by BYK is a granulated, nucleation agent based on LDPE to increase the crystallization speed and amount of sperulithes in the polymer. It contains a powerful nucleation agent... view more

BYK-MAX NU 4230 PP by BYK is a granulated, nucleation agent based on PP to increase the crystallization speed and amount of sperulithes in the polymer. It contains a powerful nucleation agent with a... view more

BYK-MAX NU 4232 by BYK is a granulated, VOC-free, nucleation agent to increase the crystallization speed and amount of sperulithes in the polymer. It contains a powerful nucleation agent with a very... view more

BYK-MAX OR 4206 by BYK is a granulated, anti-odor agent for use of PE from household waste to reduce unpleasant odors. It contains a mixture of odor-absorbing substances that neutralize the odor of... view more

BYK-MAX OR 4207 by BYK is VOC-free, safe, easy to handle, granulated, anti-odor agent for the use of PP from household waste to reduce unpleasant odors. It contains a mixture of odor-absorbing... view more

BYK-MAX P 4104 by BYK is a safe, easy to handle, dust-free, granulated, VOC-free, processing additive for use in polyolefins. It lowers the viscosity of the polymer melt during processing by... view more