Petrothene GA808091 is a broad molecular weight, linear low density polyethylene resin selected by customers for use as a base resin in wire and cable jacketing. An antioxidant package is added to ensure thermal stability during processing. Petrothene GA808091 meets the requirements of the following: ASTM D 1248, Type I, Class A, Category 4, Grade E5; Federal LP390C, Type II, Class L, Category 4, Grade 4.

Petrothene GA808093 is a broad molecular weight, linear low density polyethylene resin selected by customers for use as wire and cable insulation. An antioxidant package has been added to ensure thermal stability during processing. The resin also contains a metal deactivator to prevent degradation from copper while the cable is in service. Petrothene GA808093 meets the requirements of the following: ASTM D 1248, Type I, Class A, Category 4, Grade E5; Federal LP390C, Type II, Class L, Category 4, Grade 4.

PETROTHENE GA818073 offers the high environmental stress crack resistance characteristics of linear low density polyethylene with the processing properties needed for blowmolding and extrusion applications. The broad molecular weight distribution of GA818073 combines good melt strength with a significantly reduced tendency to melt fracture, two drawbacks common to conventional fractional melt index LLDPE resins. Applications for this resin include beverage and drip irrigation tubing, squeeze tubes and bottles for pharmaceutical and personal care product packaging, drum liners, highway traffic channellizers and other large, blow molded parts.

Petrothene GA818092 offers high environmental stress crack resistance characteristics of linear low density polyethylene with the processing properties needed for profile extrusion and blow molding applications. The broad molecular weight distribution of GA818092 provides good melt strength with a significantly reduced tendency to melt fracture. GA818092 is selected by customers for use in drip irrigation tubing, profile extrusion, hoses, squeeze tubes and bottles and blow molding.

The PETROTHENE SELECT series of resins are pelletized, high performance hexene, linear low density polyethylenes for applications requiring superior strength and toughness. These products offer significant improvements in mechanical properties and excellent additive homogeneity without sacrificing processability. Applications include trash and can liners, commercial and industrial packaging, as well as consumer packaging. The PETROTHENE SELECT series resins offer enhanced film strength, drawdown, toughness and heat seal strength

The PETROTHENE SELECT series of resins are pelletized, high performance hexene, linear low density polyethylenes for applications requiring superior strength and toughness. These products offer significant improvements in mechanical properties and excellent additive homogeneity without sacrificing processability. Applications include trash and can liners, commercial and industrial packaging, as well as consumer packaging. The PETROTHENE SELECT series resins offer enhanced film strength, drawdown, toughness and heat seal strength

The PETROTHENE SELECT series of resins are pelletized, high performance hexene, linear low density polyethylenes for applications requiring superior strength and toughness. These products offer significant improvements in mechanical properties and excellent additive homogeneity without sacrificing processability compared to conventional Hexene LLDPE materials. GS 710 exhibits superior processability compared to competitive High Performance Hexene LLDPE materials. Applications include trash and can liners, commercial and industrial packaging, as well as consumer packaging. The PETROTHENE SELECT series resins offer enhanced film strength, drawdown, toughness and heat seal strength.

The PETROTHENE SELECT series of resins are pelletized, high performance hexene, linear low density polyethylenes for applications requiring superior strength and toughness. These products offer significant improvements in mechanical properties and excellent additive homogeneity without sacrificing processability compared to conventional Hexene LLDPE materials. GS 710 exhibits superior processability compared to competitive High Performance Hexene LLDPE materials. Applications include trash and can liners, commercial and industrial packaging, as well as consumer packaging. The PETROTHENE SELECT series resins offer enhanced film strength, drawdown, toughness and heat seal strength.

The PETROTHENE SELECT series of resins are pelletized, high performance hexene, linear low density polyethylenes for applications requiring superior strength and toughness. These products offer significant improvements in mechanical properties and excellent additive homogeneity without sacrificing processability compared to conventional Hexene LLDPE materials. GS 710 exhibits superior processability compared to competitive High Performance Hexene LLDPE materials. Applications include trash and can liners, commercial and industrial packaging, as well as consumer packaging. The PETROTHENE SELECT series resins offer enhanced film strength, drawdown, toughness and heat seal strength.

Petrothene PM92973 is a black masterbatch formulated to be melt blended with a LLDPE base resin for use in the extrusion of communications and power cable jacketing. Antioxidant, to ensure thermal stability, and a processing aid have been added. This masterbatch can also be successfully used with LDPE, MDPE, HDPE and PP resins.

Petrothene PR92735 is a high molecular weight, linear low density polyethylene-based compound selected by customers for cable jacketing or wire insulation. PR92735 contains a nominal carbon black content of 2.6%. Antioxidant, to ensure thermal stability, and a processing aid have been added. Petrothene PR92735 meets the requirements of the following: ASTM D 1248, Type I, Class C, Category 4, Grades E5, J1 and J3; Federal LP390C, Type III, Class L, Category 4, Grades 2, 3 and 4; REA PE-200, Appendix E.

The Petrothene Select series of resins are high performance hexene, linear low density polyethylenes selected by customers for use in blown film applications that require superior strength and toughness. Petrothene Select GS906 has a melt index of 0.6 g/10 min which can contribute to films having very high dart impact as well as excellent melt strength during blown film fabrication.

The Petrothene Select series of resins are high performance hexene, linear low density polyethylenes selected by customers for use in blown film applications that require superior strength and toughness. Petrothene Select GS906 has a melt index of 0.6 g/10 min which can contribute to films having very high dart impact as well as excellent melt strength during blown film fabrication.

Pharmalene MR 50 PH BA is intended for the use within pharmaceutical sector and is characterized by a high rigidity. Pharmalene MR 50 PH BA is suitable for the production thin walled pharmaceutical containers as well as closures. Sustainability The "bio attributed" product Pharmalene MR 50 PH BA is highly sustainable medical grade LLDPE produced using bionaphtha from renewable raw materials together with traditional raw materials. In order to attribute the sustainable feedstock component to the final product, Versalis applies the Mass Balance approach, a recognized methodology that allows to trace the flow of materials along the value chain and to assign the sustainability characteristic of the raw material to the final product on a documentary basis. Pharmalene MR 50 PH BA provides the same chemical composition and physical-mechanical performance of the traditional grade in addition is accompanied by a sustainability declaration that certifies the share of bio attributed product. Pharmalene MR 50 PH BA is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is produced in conformity to the good manufacuring practices (GMP) and is mainly used for Injection moulding. The production of Pharmalene MR 50 PH BA allows to contribute to the circular economy, since the bionaphtha used derives from renewable sources (e.g vegetable oils). Pharmalene MR 50 PH BA will be bio attributed for 90%. The exact amount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene MR 50 PH BCA is intended for the use within pharmaceutical sector and is characterized by a high rigidity. Pharmalene MR 50 PH BCA is suitable for the production thin walled pharmaceutical containers as well as closures. Sustainability The product Pharmalene MR 50 PH BCA 'Bio circular attributed' is a highly sustainable medical grade LLDPE produced using bionaphtha from renewable raw materials together with traditional raw materials. In order to attribute the sustainable feedstock component to the final product, Versalis applies the Mass Balance approach, a recognized method that allows to trace the flow of materials along the value chain and to assign the sustainability characteristic of the raw material to the final product on a documentary basis. Pharmalene MR 50 PH BCA provides the same chemical composition and physical-mechanical performance of the traditional grade, in addition is accompanied by a sustainability declaration that certifies the share of bio attributed product. Pharmalene MR 50 PH BCA is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is producedin conformity to the good manufacturing practices (GMP) and is mainly used for Injection moulding. The production of Pharmalene MR 50 PH BCA allows to contribute to the circular economy, since the bionaphtha used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Pharmalene MR 50 PH BCA will be bio circular attributed for 90%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon the delivery of the product.

Pharmalene MR 50 PH is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is produced in conformity to the good manufacturing practices (GMP) and is mainly used for injection moulding. Main Application Pharmalene MR 50 PH is intended for the use within pharmaceutical sector and is characterized by a high rigidity. Pharmalene MR 50 PH is suitable for the production thin walled pharmaceutical containers as well as closures.

Pharmalene MS 20 PH BA is intended for the use within pharmaceutical sector and is characterized by excellent low temperature properties and by a good flowability. Pharmalene MS 20 PH BA is suitable for the production of pharmaceutical containers, closures and pharmaceutical masterbatches. Sustainability The "bio attributed" product Pharmalene MS 20 PH BA is highly sustainable medical grade LLDPE produced using bionaphtha from renewable raw materials together with traditional raw materials. In order to attribute the sustainable feedstock component to the final product, Versalis applies the Mass Balance approach, a recognized methodology that allows to trace the flow of materials along the value chain and to assign the sustainability characteristic of the raw material to the final product on a documentary basis. Pharmalene MS 20 PH BA provides the same chemical composition and physical-mechanical performance of the traditional grade in addition is accompaniesd by a sustainability declaration that certifies the share of bio attributed product. Pharmalene MS 20 PH BA is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is produced in conformity to the good manufacuring practices (GMP) and is mainly used for Injection moulding. The production of Pharmalene MS 20 PH BA allows to contribute to the circular economy, since the bionaphtha used derives from renewable sources (e.g vegetable oils). Pharmalene MS 20 PH BA will be bio attributed for 90%. The exact amount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene MS 20 PH BCA is intended for the use within pharmaceutical sector and is characterized by excellent low temperature properties and by a good flowability. Pharmalene MS 20 PH BCA is suitable for the production of pharmaceutical containers, closures and pharmaceutical masterbatches. Sustainability The product Pharmalene MS 20 PH BCA 'Bio circular attributed' is a highly sustainable medical grade LLDPE produced using bionaphtha from renewable raw materials together with traditional raw materials. In order to attribute the sustainable feedstock component to the final product, Versalis applies the Mass Balance approach, a recognized method that allows to trace the flow of materials along the value chain and to assign the sustainability characteristic of the raw material to the final product on a documentary basis. Pharmalene MS 20 PH BCA provides the same chemical composition and physical-mechanical performance of the traditional grade, in addition is accompanied by a sustainability declaration that certifies the share of bio attributed product. Pharmalene MS 20 PH BCA is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is producedin conformity to the good manufacturing practices (GMP) and is mainly used for Injection moulding. The production of Pharmalene MS 20 PH BCA allows to contribute to the circular economy, since the bionaphtha used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Pharmalene MS 20 PH BCA will be bio circular attributed for 90%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon the delivery of the product.

Pharmalene MS 20 PH is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is produced in conformity to the good manufacturing practices (GMP) and is mainly used for injection moulding. Main Application Pharmalene MS 20 PH is intended for the use within pharmaceutical sector and is characterized by excellent low temperature properties and by a good flowability. Pharmalene MS 20 PH is suitable for the production of pharmaceutical containers, closures and pharmaceutical masterbatches.

Pharmalene MS 40 PH BA is intended for the use within pharmaceutical sector and is characterized by good impact resistance and rigidity. Pharmalene MS 40 PH BA is suitable for the production pharmaceutical containers, large - sized injection moulded articles as well as pharmaceutical masterbatches. Sustainability The "bio attributed" product Pharmalene MS 40 PH BA is highly sustainable medical grade LLDPE produced using bionaphtha from renewable raw materials together with traditional raw materials. In order to attribute the sustainable feedstock component to the final product, Versalis applies the Mass Balance approach, a recognized methodology that allows to trace the flow of materials along the value chain and to assign the sustainability characteristic of the raw material to the final product on a documentary basis. Pharmalene MS 40 PH BA provides the same chemical composition and physical-mechanical performance of the traditional grade in addition is accompaniesd by a sustainability declaration that certifies the share of bio attributed product. Pharmalene MS 40 PH BA is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is produced in conformity to the good manufacuring practices (GMP) and is mainly used for Injection moulding. The production of Pharmalene MS 40 PH BA allows to contribute to the circular economy, since the bionaphtha used derives from renewable sources (e.g vegetable oils). Pharmalene MS 40 PH BA will be bio attributed for 90%. The exact amount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene MS 40 PH BCA is intended for the use within pharmaceutical sector and is characterized by good impact resistance and rigidity. Pharmalene MS 40 PH BCA is suitable for the production pharmaceutical containers, large - sized injection moulded articles as well as pharmaceutical masterbatches. Sustainability The product Pharmalene MS 40 PH BCA 'Bio circular attributed' is a highly sustainable medical grade LLDPE produced using bionaphtha from renewable raw materials together with traditional raw materials. In order to attribute the sustainable feedstock component to the final product, Versalis applies the Mass Balance approach, a recognized method that allows to trace the flow of materials along the value chain and to assign the sustainability characteristic of the raw material to the final product on a documentary basis. Pharmalene MS 40 PH BCA provides the same chemical composition and physical-mechanical performance of the traditional grade, in addition is accompanied by a sustainability declaration that certifies the share of bio attributed product. Pharmalene MS 40 PH BCA is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is producedin conformity to the good manufacturing practices (GMP) and is mainly used for Injection moulding. The production of Pharmalene MS 40 PH BCA allows to contribute to the circular economy, since the bionaphtha used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Pharmalene MS 40 PH BCA will be bio circular attributed for 90%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon the delivery of the product.

Pharmalene MS 40 PH is a linear low density polyethylene (LLDPE) with antioxidants, obtained by medium pressure autoclave technology. It is produced in conformity to the good manufacturing practices (GMP) and is mainly used for injection moulding. Main Application Pharmalene MS 40 PH is intended for the use within pharmaceutical sector and is characterized by good impact resistance and rigidity. Pharmalene MS 40 PH is suitable for the production pharmaceutical containers, large - sized injection moulded articles as well as pharmaceutical masterbatches.

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar® tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, such as EVA or EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, paper and many others. Product grades tailored for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, spray coating and other specialty applications are available in pellet form.

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

Plexar tie-layers are chemically modified resins used to bond unlike materials, primarily in packaging and industrial applications. Common adherents include polyethylene resins and copolymers, EVA, EMA, polypropylene, polyamide (nylon), ethylene vinyl alcohol copolymers (EVOH), ionomer and other sealants, polyethylene terephthalate (PET) resins and copolymers, styrenic polymers, metal, and paperboard. Product grades primarily used for blown and cast films, sheet and thermoforming, blow molding, extrusion coating and lamination, tubing, pipe, and other specialty applications are available in pellet form. Contact your Plexar sales and/or Equistar technical service representative for more information and specific recommendations for your application(s).

PolyAxis CP 735 is a linear low density polyethylene intended for the rotational molding industry. Offers excellent ESCR and toughness. Good general purpose material and UV resistant.