LUBMER™ L3000 by Mitsui Chemicals is an ultra-high molecular weight polyethylene (UHMWPE). It functions as a tribology modifier of engineering plastics or a replacement for PTFE. Improves durability... view more

LUBMER™ L4000 by Mitsui Chemicals is an ultra-high molecular weight polyethylene (UHMWPE) having high mechanical properties. Used as a tribology modifier of engineering plastics or a replacement for... view more

LUBMER™ L4420 is an ultra-high molecular weight polyethylene (UHMWPE) by Mitsui Chemicals. Used as a tribology modifier of engineering plastics or a replacement for PTFE. Exhibits high mechanical... view more

LUBMER™ L4640 is a filled, ultra-high molecular weight polyethylene (UHMWPE) by Mitsui Chemicals. It functions as a tribology modifier of engineering plastics or a replacement for PTFE. Applicable... view more

LUBMER™ L5000 by Mitsui Chemicals is an ultra-high molecular weight polyethylene (UHMWPE) for lightweight gears and bearings. Used as a tribology modifier of engineering plastics or a replacement... view more

LUBMER™ L5220 is an ultra-high molecular weight polyethylene (UHMWPE) by Mitsui Chemicals. Exhibits high mechanical properties, low friction and high processability. Designed for lightweight gears... view more

LUBMER™ LBX1004B is a weather resistant ultra-high molecular weight polyethylene (UHMWPE) by Mitsui Chemicals. It functions as a tribology modifier of engineering plastics or a replacement for PTFE... view more

LUBMER™ LS4140 is an ultra-high molecular weight polyethylene (UHMWPE) by Mitsui Chemicals. Designed for lightweight gears and bearings. It functions as a tribology modifier of engineering plastics... view more

LUBMER™ LY1040 by Mitsui Chemicals is PFOA-free, PA66 modified ultra-high molecular weight polyethylene (UHMWPE). It improves abrasion resistance for higher durability and robust material. It functions as a... view more

LUBMER™ TM-80B by Mitsui Chemicals is a weather resistant ultra-high molecular weight polyethylene (UHMWPE). Improves durability due to high abrasion resistance. It functions as a tribology modifier... view more

Hi-Wax™ 200P by Mitsui Chemicals acts as a release agent for thermoplastic and thermosetting resins. It is a highly crystalline, high density-type grade thus providing high hardness and softening point. It... view more

Hi-Wax™ 400P is a high density-type release agent by Mitsui Chemicals. Applicable for thermoplastic and thermosetting resins. It is a highly crystalline grade having high hardness and softening... view more

LUCANT™ by Mitsui Chemicals acts as a lubricant, plasticizer and processing aid. It is a non-polar, hydrocarbon-based synthetic oil to be used as a viscosity modifier as well as defoaming agent for... view more

TAFMER™ A-1085S by Mitsui Chemicals is ethylene a-olefinic copolymer. It is designed to improve impact resistance, flexibility and softness of polyethylene (PE) and poly propylene (PP). It can be... view more

TAFMER™ A-20085S is ethylene a-olefinic copolymer by Mitsui Chemicals. It offers low specific gravity, low melting point, elongation, easy-peeling, heat-sealing, cling property, adhesion and... view more

TAFMER™ A-20090S by Mitsui Chemicals is ethylene a-olefinic copolymer for packaging applications. It can be processed by blown and cast film extrusion. It provides elasticity, good filler... view more

TAFMER™ A-4070S by Mitsui Chemicals is ethylene a-olefinic copolymer. It is designed to improve impact resistance, flexibility and softness of polyethylene (PE) and poly propylene (PP). It can be processed by... view more

TAFMER™ A-4085S by Mitsui Chemicals is ethylene a-olefinic copolymer. It is designed to improve impact resistance, flexibility and softness of polyethylene (PE) and poly propylene (PP). It can be... view more

TAFMER™ A-4090S by Mitsui Chemicals is an ethylene a-olefinic copolymer. It is designed to improve impact resistance, flexibility and softness of polyethylene (PE) and poly propylene (PP). It can be... view more

TAFMER™ MA8510 by Mitsui Chemicals is ethylene a-olefinic copolymer. It is used as a PE, EVA and EP modifier for engineering plastics to improve impact resistance. It can be processed by using... view more