Products

MLPlastics Additive Masterbatches PE LTA1205 is a additive masterbatch containing a high purity long-term antistatic agent of vegetable origin in PE carrier resin. It migrates slowly to the surface at a controlled rate to maintain long-lasting conductivity.

MLPlastics Additive Masterbatches PE SLA3136 is a PE based additive masterbatch containing a blend of high purity long-term and short-term antistatic agent both of vegetable origin. The combination offers excellent performance due to a synergistic effect between the two antistatic agents.

MLPlastics Additive Masterbatches PE STA1905 is a additive masterbatch containing a high purity short-term antistatic agent of vegetable origin in PE carrier resin. It migrates very fast to the surface of the plastic articles and offers almost instantaneous antistatic performance.

MLPlastics Additive Masterbatches PE AN2525H is a natural silica based additive masterbatch containing 50% of the effective substance in PE carrier resin. Acts as an antiblock agent. It does not affect the film transparency. Its high anti-blocking performance reduces the dosage of the masterbatch thereby offering economic advantage.

MLPlastics Additive Masterbatches PE PEA6005 is a polymer based additive masterbatch containing effective substance in PE carrier resin. Acts as an antistatic agent. Offers permanent static dissipation performance. It forms a conductive polymer matrix in the host polymer. With proper processing procedures, products with permanent moisture independent static dissipation levels of 10E9 to 10E12 Ohms.sq. surface resistivity are obtainable. Compatible with polyolefins.

MLPlastics Additive Masterbatches PE AN2180 is a additive masterbatch containing 20% of a specialty high clarity antiblock additive in PE carrier resin. Offers high transparency, superior optical properties and excellent blocking performance. High clarity is achieved by utilizing an antiblock additive having the same refractive index as polyolefin. The low oil absorption of the additive results in a very low tendency of interaction with migrating additives.