SURLYN™ 1605SBR Ionomer by Dow is a cost-effective ionomer of ethylene acid copolymer with slip, anti-block and chill roll release properties. It offers outstanding clarity, toughness, abrasion resistance... view more

SURLYN™ 1605SBR-E Ionomer by Dow is an ionomer of ethylene acid copolymer. It contains slip, anti-block and chill roll release additives. It exhibits outstanding clarity, toughness, abrasion resistance and... view more

Ecoline ECO/RB 55PPH by Auserpolimeri is a high performance, recyclable thermoplastic compound made up of polyolefins and polyamides reactive mixture. It provides excellent stiffness, excellent... view more

Ecoline ECO/RB 56PPH by Auserpolimeri is a recyclable, high performance, thermoplastic compound made up of polyolefins and polyamides reactive mixture. It exhibits excellent stiffness, excellent... view more

Promyde® BF33 L by Nurel is a general-purpose, lubricated polyamide 6 (PA 6) grade. Offers medium viscosity, good gas barrier properties, good chemical resistance, good mechanical & optical... view more

Promyde® BF33 LN by Nurel is a general purpose, lubricated, nucleated polyamide 6 (PA 6) grade. Offers medium viscosity, good gas barrier properties, good chemical resistance, good mechanical &... view more

Promyde® BF36 L by Nurel is a general purpose, lubricated polyamide 6 (PA 6) grade. Offers high viscosity, good gas barrier properties, good chemical resistance, good mechanical & optical... view more

Promyde® BF36 LN by Nurel is a general purpose, lubricated, nucleated polyamide 6 (PA 6) grade. Offers high viscosity, good gas barrier properties, good chemical resistance, good mechanical &... view more

Promyde® BF38 by Nurel is a high viscosity polyamide 6. It offers good gas barrier properties, chemical resistance, good mechanical and optical properties along with high abrasion resistance and... view more

Solef® 41308/0001 by Syensqo is a semi-crystalline, additive-free polyvinylidene fluoride grade. Is suitable for processing by co-extrusion. It has the intrinsic stability inherent to fluoropolymers even... view more