LUBMER™ L3000 by Mitsui Chemicals is an electrically insulating, high molecular weight polyethylene (UHMWPE) grade. Exhibits noise damping, food safety, sliding properties, good chemical and... view more

LUBMER™ L4000 by Mitsui Chemicals is a noiseless ultra-high molecular weight polyethylene (UHMWPE) grade free of halogen and PFOA. Exhibits low friction and good resistance to wear and chemicals... view more

LUBMER™ L4420 is a noiseless, halogen- and PFOA- free ultra-high molecular weight polyethylene (UHMWPE) grade by Mitsui Chemicals. It contributes to increased production efficiency and total cost... view more

LUBMER™ L4640 by Mitsui Chemicals is a filled, halogen- and PFOA- free, ultra-high molecular weight polyethylene (UHMWPE) grade. It is a self-lubricating, noiseless and food contact acceptable grade... view more

LUBMER™ L5000 by Mitsui Chemicals is a halogen- and PFOA free ultra-high molecular weight polyethylene (UHMWPE) grade. Exhibits low friction and good resistance to wear and chemicals including... view more

LUBMER™ L5220 by Mitsui Chemicals is a self-lubricating, halogen- and PFOA- free ultra-high molecular weight polyethylene (UHMWPE) grade. It effectively improves sliding property in low dosage... view more

LUBMER™ LS4140 by Mitsui Chemicals is a ultra-high molecular weight polyethylene (UHMWPE) grade. It is a self-lubricating, halogen- and PFOA- free, food contact acceptable grade. Exhibits low... view more

MIPELON™ PM-200 by Mitsui Chemicals is a self-lubricating, halogen-free, ultra-high molecular weight polyethylene (UHMWPE) with low friction, spherical powder shape and narrow particle size... view more

MIPELON™ XM-220 by Mitsui Chemicals is a halogen-free, ultra-high molecular weight polyethylene (UHMWPE) with low friction, spherical powder shape and narrow particle size distribution. It possesses... view more

MIPELON™ XM-221U by Mitsui Chemicals is a self-lubricating, halogen-free, ultra-high molecular weight polyethylene (UHMWPE) with low friction, spherical powder shape and narrow particle size... view more

MIPELON™ XM-330 by Mitsui Chemicals is an easy to mold, halogen-free, ultra-high molecular weight polyethylene (UHMWPE) with spherical powder shape, low friction and narrow particle size... view more

TAFMER™ A-1085S is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Exhibits low melting point, low heat seal initiation temperature, low young's modulus, softness and... view more

TAFMER™ A-20085S is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Exhibits improved heat seal initiation temperature, low melting point, low young's modulus... view more

TAFMER™ A-4085S is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Provides high speed packing, low crystallinity, transparency, low glass transition temperature and... view more

TAFMER™ DF110 is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Exhibits surface gloss, low specific gravity, low melting point, softness, elasticity, transparency... view more

TAFMER™ DF140 by Mitsui Chemicals is an ethylene based α-olefin elastomer (TPO) grade. Exhibits low temperature impact strength, good paintability, softness, flexibility. Shows surface gloss and PP... view more

TAFMER™ DF710 by Mitsui Chemicals is a water insoluble, specialty, ethylene based α-olefin elastomer (TPO) grade. Exhibits surface gloss, low specific gravity and low melting point. Possesses... view more

TAFMER™ DF740 is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Exhibits good softness, elasticity, transparency and good impact resistance at low temperatures... view more

TAFMER™ DF810 is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Exhibits low specific gravity, low melting point, good surface gloss and softness. Offers good... view more

TAFMER™ DF8200 is a specialty, ethylene based α-olefin elastomer (TPO) grade by Mitsui Chemicals. Exhibits good transparency, good impact resistance at low temperatures, surface gloss and low... view more