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

RTP 3000 is a polymethylpentene (PMP) base resin. Possesses heat and chemical resistance and is lightweight. Offers low specific gravity and high light transmittance. Is suitable for processing by... view more

RTP 3001 is a polymethylpentene (PMP) grade reinforced with 10% glass fiber. Possesses heat and chemical resistance and is lightweight. Offers low specific gravity and high light transmittance. Is... view more

RTP 3002 is a polymethylpentene (PMP) grade reinforced with 15% glass fiber. Possesses heat and chemical resistance and is lightweight. Offers low specific gravity and high light transmittance. Is... view more

RTP 3003 is a polymethylpentene (PMP) grade reinforced with 20% glass fiber. Possesses heat and chemical resistance and is lightweight. Offers low specific gravity and high light transmittance. Is... view more

RTP 3005 is a polymethylpentene (PMP) grade reinforced with 30% glass fiber. Possesses heat and chemical resistance and is lightweight. Offers low specific gravity and high light transmittance. Is... view more