TPX™ DX231 by Mitsui Chemicals is a high modulus polymethylpentene with excellent transparency equivalent to glass and acrylic. It boasts superior releasability and is one of the lightest polymer... view more

TPX™ DX310 by Mitsui Chemicals is a low modulus polymethylpentene having low density. Exhibits gas permeability, low refractive index, low dielectric property and high insulation properties... view more

TPX™ DX560M by Mitsui Chemicals is a heat resistant, low density, opaque polymethylpentene. It boasts superior releasability and is one of the lightest polymer materials among thermoplastic... view more

TPX™ DX820 is a high modulus polymethylpentene by Mitsui Chemicals. Possesses low density, excellent transparency equivalent to glass and acrylic as well as high melting point and can be used at... view more

TPX™ DX820M is an opaque, low density, heat resistant polymethylpentene by Mitsui Chemicals. Exhibits gas permeability, low refractive index, low dielectric property and high insulation properties... view more

TPX™ DX845 by Mitsui Chemicals is a high modulus, low density polymethylpentene. It boasts superior releasability and is one of the lightest polymer materials among thermoplastic plastics. Offers... view more

TPX™ MBZ230(A) by Mitsui Chemicals is a low density, opaque, heat resistant polymethylpentene. It boasts superior releasability and is one of the lightest polymer materials among thermoplastic... view more

TPX™ MLL411 by Mitsui Chemicals is an opaque, heat resistant, low density polymethylpentene. Possible applications include food containers, release film for FPC, rubber hoses and release paper for... view more

TPX™ MX002 is a low modulus, low density, heat resistant polymethylpentene by Mitsui Chemicals. Exhibits gas permeability, low refractive index, low dielectric property and high insulation... view more

TPX™ MX002O is a low density, heat resistant, low modulus polymethylpentene by Mitsui Chemicals. It boasts superior releasability and is one of the lightest polymer materials among thermoplastic... view more

TPX™ MX004 by Mitsui Chemicals is a medium modulus, low density, heat resistant polymethylpentene. Offers excellent chemical & steam resistance and high durability against acid, alkali and alcohol... view more

TPX™ RT18 (RT18XB) by Mitsui Chemicals is a high modulus, low density, heat resistant polymethylpentene. It boasts superior releasability and is one of the lightest polymer materials among... view more

TPX™ RT31 (RT31XB) by Mitsui Chemicals is a low density, heat resistant, high modulus polymethylpentene. Possesses excellent transparency equivalent to glass and acrylic as well as high melting... view more

APEL™ APL5014CL by Mitsui Chemicals is an amorphous, transparent and high density cyclo olefin copolymer (COC) developed using Ziegler polymerization technology. It exhibits good heat resistance... view more

ARLEN™ A315 by Mitsui Chemicals is a modified polyamide 6T reinforced with 15% glass fiber. Possesses high dimensional stability, high melting point (320°C), minimum water absorption and high glass... view more

ARLEN™ A335 by Mitsui Chemicals is a modified polyamide 6T reinforced with 35% glass fiber. Possesses high dimensional stability, high melting point (320°C), minimum water absorption and high glass... view more

ARLEN™ A350 by Mitsui Chemicals is a modified polyamide 6T reinforced with 50% glass fiber. Possesses high dimensional stability, high melting point (320°C), minimum water absorption and high glass... view more

ARLEN™ AE2230 by Mitsui Chemicals is a modified polyamide 6T reinforced with 30% glass fiber. Possesses high dimensional stability, high melting point, minimum water absorption and high glass... view more

ARLEN™ AE4200 by Mitsui Chemicals is a modified polyamide 6T grade. Possesses high dimensional stability, high melting point, minimum water absorption and high glass transition point (125°C)... view more

ARLEN™ AE4200N by Mitsui Chemicals is a flame retardant modified polyamide 6T grade. Possesses high dimensional stability, high melting point, minimum water absorption and high glass transition... view more