Eraclene BB 76 BA is recommended for the production of containers up to 30 liters. Eraclene BB 76 BA combines an excellent stress cracking resistance with a good rigidity and a high impact strength. For its overall characteristics, it can be used to produce containers able to achieve UN homologation. It is the ideal resin for packaging of household and industrial chemicals, detergents, fertilizers,adhesives and pesticides and it can be also extruded to obtain profiles and sheets. Sustainability The product Eraclene BB 76 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BB 76 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BB 76 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene BB 76 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BB 76 BCA is recommended for the production of containers up to 30 liters. Eraclene BB 76 BCA combines an excellent stress cracking resistance with a good rigidity and a high impact strength. For its overall characteristics, it can be used to produce containers able to achieve UN homologation. It is the ideal resin for packaging of household and industrial chemicals, detergents, fertilizers,adhesives and pesticides and it can be also extruded to obtain profiles and sheets. Sustainability The product Eraclene BB 76 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BB 76 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BB 76 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene BB 76 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BB 76 is a high density polyethylene resin (HDPE), with antioxidants, suitable for blow moulding application. It is especially recommended for the production of containers up to 30 liters. Eraclene BB 76 combines an excellent stress cracking resistance with a good rigidity and a high impact strength. For its overall characteristics, Eraclene BB 76 can be used to produce containers able to achieve UN homologation. Main Application Eraclene BB 76 is the ideal resin for packaging of household and industrial chemicals, detergents, fertilizers,adhesives and pesticides. Eraclene BB 76 can be also extruded to obtain profiles and sheets.

Eraclene BB 82 BA is especially recommended for the production of containers up to 220 liters. It provides an excellent combination of extrudability and parison stability, which, in turn, allowsto obtain an uniform wall thickness in large blow moulded parts. Eraclene BB 82 BA is ideal for the production ofvarious industrial containers. Its broad molecular weight distribution leads to an outstanding environmentalstress cracking resistance (ESCR) in combination with a good rigidity. Sustainability The product Eraclene BB 82 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BB 82 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BB 82 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene BB 82 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BB 82 BCA is especially recommended for the production of containers up to 220 liters. It provides an excellent combination of extrudability and parison stability, which, in turn, allows to obtain an uniform wall thickness in large blow moulded parts. Eraclene BB 82 BCA is ideal for the production of various industrial containers. Its broad molecular weight distribution leads to an outstanding environmental stress cracking resistance (ESCR) in combination with a good rigidity. Sustainability The product Eraclene BB 82 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BB 82 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BB 82 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene BB 82 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BB 82 is a high density polyethylene resin (HDPE), with antioxidants, suitable for blow moulding application. It is especially recommended for the production of containers up to 220 liters. Main Application Eraclene BB 82 provides an excellent combination of extrudability and parison stability, which, in turn, allows to obtain an uniform wall thickness in large blow moulded parts. Eraclene BB 82 is ideal for the production of various industrial containers. Its broad molecular weight distribution leads to an outstanding environmental stress cracking resistance (ESCR) in combination with a good rigidity.

Eraclene BC 82 BA is especially recommended for the production of containers up to 20 liters. It is used to produce, with high-speed machines, blow moulded containers for household and industrial chemicals (detergents, bleaches, etc), cosmetics (shampoos, creams, lotions, etc.). It is also suitable for thin wall items and can be extruded into profiles and sheets. It combines a good stress cracking resistance with a good rigidity and impact strength. This resin exhibits a high melt strength together with a moderate swelling. Eraclene BC 82 BA is characterized by an intermediate molecular weight distribution which balances overall performances with ease of processing. Sustainability The product Eraclene BC 82 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BC 82 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BC 82 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene BC 82 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BC 82 BCA is especially recommended for the production of containers up to 20 liters. It is used to produce, with high-speed machines, blow moulded containers for household and industrial chemicals (detergents, bleaches, etc), cosmetics (shampoos, creams, lotions, etc.). It is also suitable for thin wall items and can be extruded into profiles and sheets. It combines a good stress cracking resistance with a good rigidity and impact strength. This resin exhibits a high melt strength together with a moderate swelling. Eraclene BC 82 BCA is characterized by an intermediate molecular weight distribution which balances overall performances with ease of processing. Sustainability The product Eraclene BC 82 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BC 82 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BC 82 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene BC 82 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BC 82 L BA is especially recommended for the production of containers up to 20 liters. It combines a very good stress cracking resistance with a good rigidity and impact strength. This resin exhibits a high melt strength together with a moderate swelling. Eraclene BC 82 L BA is characterized by an intermediate molecular weight distribution which balances overall performances with ease of processing. It is used to produce, with high-speed machines, blow moulded containers for household and industrial chemicals (detergents, bleaches, etc), cosmetics (shampoos, creams, lotions, etc.). Moreover, it is suitable for thin wall items and can be extruded into profiles and sheets. Sustainability The product Eraclene BC 82 L BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BC 82 L 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BC 82 L BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene BC 82 L BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BC 82 L BCA is especially recommended for the production of containers up to 20 liters. It combines a very good stress cracking resistance with a good rigidity and impact strength. This resin exhibits a high melt strength together with a moderate swelling. Eraclene BC 82 L BCA is characterized by an intermediate molecular weight distribution which balances overall performances with ease of processing. It is used to produce, with high-speed machines, blow moulded containers for household and industrial chemicals (detergents, bleaches, etc), cosmetics (shampoos, creams, lotions, etc.). Moreover, it is suitable for thin wall items and can be extruded into profiles and sheets. Sustainability The product Eraclene BC 82 L BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene BC 82 L 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. It is a high density polyethylene resin with antioxidants, suitable for blow moulding application. The production of Eraclene BC 82 L BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene BC 82 L BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene BC 82 L is a high density polyethylene resin (HDPE), with antioxidants, suitable for blow moulding application. It is especially recommended for the production of containers up to 20 liters. Eraclene BC 82 L combines a very good stress cracking resistance with a good rigidity and impact strength. This resin exhibits a high melt strength together with a moderate swelling. Eraclene BC 82 L is characterized by an intermediate molecular weight distribution which balances overall performances with ease of processing. Main Application: Eraclene BC 82 L is used to produce, with high-speed machines, blow moulded containers for household and industrial chemicals (detergents, bleaches, etc), cosmetics (shampoos, creams, lotions, etc.), health and medical aids. Eraclene BC 82 L is suitable for thin wall items and can be extruded into profiles and sheets.

Eraclene BC 82 is a high density polyethylene resin (HDPE), with antioxidants, suitable for blow moulding application. It is especially recommended for the production of containers up to 20 liters. Eraclene BC 82 combines a good stress cracking resistance with a good rigidity and impact strength. This resin exhibits a high melt strength together with a moderate swelling. Eraclene BC 82 is characterized by an intermediate molecular weight distribution which balances overall performances with ease of processing. Main Application: Eraclene BC 82 is used to produce, with high-speed machines, blow moulded containers for household and industrial chemicals (detergents, bleaches, etc), cosmetics (shampoos, creams, lotions, etc.), health and medical aids. Eraclene BC 82 is suitable for thin wall items and can be extruded into profiles and sheets.

The main properties of Eraclene DB 506 BA are emphasized when it is used for production of drip irrigation pipe. The balanced molecular weight distribution, density and the low content of gels are successfully combined in order to provide excellent mechanical properties, sealability, melt strenght and drawability at high extrusion rate. can be easily used in blend with LLDPE and LDPE grades to modify the final properties of the drip irrigation pipe accordging to the specific needs. For outdoor application, it is strongly suggested to add Anti UV. The combined usage of these additives together with Carbon Black can provide outstanding resistance to UV radiation. Sustainability The product Eraclene DB 506 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene DB 506 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. It is a high density polyethylene resin (HDPE), hexene copolymer, obtained by gas phase technology process. The production of Eraclene DB 506 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene DB 506 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

The main properties of Eraclene DB 506 BCA are emphasized when it is used for production of drip irrigation pipe. The balanced molecular weight distribution, density and the low content of gels are successfully combined in order to provide excellent mechanical properties, sealability, melt strenght and drawability at high extrusion rate. can be easily used in blend with LLDPE and LDPE grades to modify the final properties of the drip irrigation pipe accordging to the specific needs. For outdoor application, it is strongly suggested to add Anti UV. The combined usage of these additives together with Carbon Black can provide outstanding resistance to UV radiation. Sustainability The product Eraclene DB 506 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene DB 506 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. It is a high density polyethylene resin (HDPE), hexene copolymer, obtained by gas phase technology process. The production of Eraclene DB 506 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene DB 506 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene DB 506 is a high density polyethylene resin (HDPE), hexene copolymer, obtained by gas phase technology process. The main properties of Eraclene DB 506 are emphasized when it is used for production of drip irrigation pipe. The balanced molecular weight distribution, density and the low content of gels are successfully combined in order to provide excellent mechanical properties, sealability, melt strength and drawability at high extrusion rate. Main Application Eraclene DB 506 can be easily used in blend with LLDPE and LDPE grades to modify the final properties of the drip irrigation pipe accordging to the specific needs. For outdoor application, it is strongly suggested to add Anti UV. The combined usage of these additives together with Carbon Black can provide outstanding resistance to UV radiation.

Eraclene FA 506 BA can be processed either in blend and in coextrusion. It is possible to use it pure for high rigidity grocery sacks and shopping bags. Usage in blend and/or in coextrusion with LDPE and LLDPE is also recommended for high strength thermo-shrinkable film, as well as for hygienic packaging. The excellent balance between drawability and bubble stability makes Eraclene FA 506 BA the optimum choice for manufacturing of high quality thin film characterized by outstanding mechanical properties. Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high film strength and sealability. Sustainability The product Eraclene FA 506 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene FA 506 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. It is a high density polyethylene resin, hexene copolymer, with antioxidants, suitable for blown film and extrusion technology. The production of Eraclene FA 506 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene FA 506 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene FA 506 BCA can be processed either in blend and in coextrusion. It is possible to use it pure for high rigidity grocery sacks and shopping bags. Usage in blend and/or in coextrusion with LDPE and LLDPE is also recommended for high strength thermo-shrinkable film, as well as for hygienic packaging. The excellent balance between drawability and bubble stability makes Eraclene FA 506 BCA the optimum choice for manufacturing of high quality thin film characterized by outstanding mechanical properties. Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high film strength and sealability. Sustainability The product Eraclene FA 506 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene FA 506 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. It is a high density polyethylene resin, hexene copolymer, with antioxidants, suitable for blown film and extrusion technology. The production of Eraclene FA 506 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene FA 506 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene FA 506 is a high density polyethylene resin (HDPE), hexene copolymer, with antioxidants, suitable for blown film extrusion. Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high film strength and sealability. Main Application Eraclene FA 506 can be processed either in blend and in coextrusion. It is possible to use it pure for high rigidity grocery sacks and shopping bags. Usage in blend and/or in coextrusion with LDPE and LLDPE is also recommended for high strength thermo-shrinkable film, as well as for hygienic packaging. The excellent balance between drawability and bubble stability makes Eraclene FA 506 the optimum choice for manufacturing of high quality thin film characterized by outstanding mechanical properties.

Eraclene FB 506 BA can be used pure, blended and / or in coextrusion with LDPE and LLDPE. It is recommended for the production of hygienic and semi-rigid shrink film. Thanks to the excellent compromise between drawability and bubble stability, it is the ideal material for obtaining low thickness films with high mechanical properties. Sustainability The product Eraclene FB 506 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene FB 506 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. It is a high-density polyethylene, hexene comonomer, suitably added with antioxidants and suitable for use with blown film technology. The production of Eraclene FB 506 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene FB 506 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene FB 506 BCA can be used pure, blended and / or in coextrusion with LDPE and LLDPE. It is recommended for the production of hygienic and semi-rigid shrink film. Thanks to the excellent compromise between drawability and bubble stability, it is the ideal material for obtaining low thickness films with high mechanical properties. Sustainability The product Eraclene FB 506 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene FB 506 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. It is a high-density polyethylene, hexene comonomer, suitably added with antioxidants and suitable for use with blown film technology. The production of Eraclene FB 506 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene FB 506 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene FB 506 is a high density polyethylene resin (HDPE), hexene copolymer, with antioxidants, suitable for blown film extrusion. Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high films strength and sealability. Main Application Eraclene FB 506 can be processed either in blend and in coextrusion. It is possible to use it pure for high rigidity grocery sacks and shopping bags. Usage in blend and/or in coextrusion with LDPE and LLDPE is also recommended for high strength thermo-shrinkable film, as well as for hygienic packaging. The excellent balance between drawability and bubble stability makes Eraclene FB 506 the optimum choice for manufacturing of high quality thin films characterized by outstanding mechanical properties.

Eraclene FC 82 BA can be used for high strength grocery sacks, shopping bags, notion and millinery bags. The excellent balance between drawability and bubble stability makes Eraclene FC 82 BA perfect for manufacturing of high strength thin films (shopping bags, bags on the reel, lamination film). Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high film strength. Sustainability The product Eraclene FC 82 BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene FC 82 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. It is a high density polyethylene resin (HDPE), with antioxidants, suitable for blown film technology. The production of Eraclene FC 82 BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene FC 82 BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene FC 82 BCA can be used for high strength grocery sacks, shopping bags, notion and millinery bags. The excellent balance between drawability and bubble stability makes Eraclene FC 82 BCA perfect for manufacturing of high strength thin films (shopping bags, bags on the reel, lamination film). Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high film strength. Sustainability The product Eraclene FC 82 BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene FC 82 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. It is a high density polyethylene resin (HDPE), with antioxidants, suitable for blown film technology. The production of Eraclene FC 82 BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene FC 82 BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene FC 82 is a high density polyethylene resin (HDPE), with antioxidants, suitable for blown film extrusion. Its broad molecular weight distribution and density successfully combine excellent performance at high extrusion rates with high film strength. Main Application Films produced by Eraclene FC 82 are recommended for high strength grocery sacks, shopping bags, notion and millinery bags. The excellent balance between drawability and bubble stability makes Eraclene FC 82 perfect for manufacturing of high strength thin films (shopping bags, bags on the reel, lamination film).

Eraclene ML 70 U BA its narrow molecular weight distribution leads to high mechanical properties such as rigidity andimpact strength, together with high stress cracking resistance. It is is specifically designed for bottle crates, cases, toys, trays and other similar objects requiring rigidity. It is suggested to produce items with high mechanical performances, industrial containers,pallets and lids for open drums. Sustainability The product Eraclene ML 70 U BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene ML 70 U 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. It is a high-density polyethylene homopolymer resin with antioxidants, suitable for injection moulding application. The production of Eraclene ML 70 U BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene ML 70 U BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene ML 70 U BCA: its narrow molecular weight distribution leads to high mechanical properties such as rigidity andimpact strength, together with high stress cracking resistance. It is is specifically designed for bottle crates, cases, toys, trays and other similar objects requiring rigidity. It is suggested to produce items with high mechanical performances, industrial containers,pallets and lids for open drums. Sustainability The product Eraclene ML 70 U BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene ML 70 U 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. It is a high-density polyethylene homopolymer resin with antioxidants, suitable for injection moulding application. The production of Eraclene ML 70 U BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene ML 70 U BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene ML 70 U is a high density polyethylene resin (HDPE) with antioxidants, suitable for injection moulding application. Its narrow molecular weight distribution leads to high mechanical properties (rigidity, impact strength) together with high stress cracking resistance. Main Application Eraclene ML 70 U is suggested to produce items with high mechanical performances, industrial containers, pallets and lids for open drums.

The narrow molecular weight distribution and the high density make Eraclene MM 80 U BCA the ideal polymer for injection molding application. Thermal stability during the transformation phase is excellent. The manufacts produced with Eraclene MM 80 U BCA have a high rigidity and a good impact resistance. Sustainabilty The product Eraclene MM 80 U BA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MM 80 U 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. It is a high-density polyethylene homopolymer resin with antioxidants, suitable for injection moulding application. The production of Eraclene MM 80 U BA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene MM 80 U BA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

The narrow molecular weight distribution and the high density make Eraclene MM 80 U BCA the ideal polymer for injection molding application. Thermal stability during the transformation phase is excellent. The manufacts produced with Eraclene MM 80 U BCA have a high rigidity and a good impact resistance. Sustainabilty The product Eraclene MM 80 U BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MM 80 U 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. It is a high-density polyethylene homopolymer resin with antioxidants, suitable for injection moulding application. The production of Eraclene MM 80 U BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene MM 80 U BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MM 80 U is a high density polyethylene resin (HDPE) with antioxidants. The narrow molecular weight distribution and the high density make Eraclene MM 80 U the ideal polymer for injection molding application. Thermal stability during the transformation phase is excellent. The manufacts produced with Eraclene MM 80 U have a high rigidity and a good impact resistance. Main Application Eraclene MM 8O U is specifically designed for pails and light-weight containers. Moreover, the product is suitable to manufacture dustbins and small industrial containers.

Eraclene MP 90 U BA has a narrow molecular weight distribution and a high density which makes it the perfectchoice for manufacts requiring outstanding rigidity, warpage resistance and toughness. It is is specifically designed for bottle crates, cases, toys, trays and other similar objects requiring rigidity. Sustainability The product Eraclene MP 90 U BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MP 90 U 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. It is a high-density polyethylene homopolymer resin with antioxidants, suitable for injection moulding application. The production of Eraclene MP 90 U BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene MP 90 U BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MP 90 U BCA has a narrow molecular weight distribution and a high density which makes it the perfectchoice for manufacts requiring outstanding rigidity, warpage resistance and toughness. It is is specifically designed for bottle crates, cases, toys, trays and other similar objects requiring rigidity. Sustainability The product Eraclene MP 90 U BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MP 90 U 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. It is a high-density polyethylene homopolymer resin with antioxidants, suitable for injection moulding application. The production of Eraclene MP 90 U BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene MP 90 U BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MP 90 U is a high density polyethylene homopolymer resin (HDPE) with antioxidants, suitable for injection moulding application. Eraclene MP 90 U has a narrow molecular weight distribution and a high density which makes it the perfect choice for manufacts requiring outstanding rigidity, warpage resistance and toughness. The polymer has an excellent thermal stability during the transformation phase. Main Application Eraclene MP 90 U is perfect in injection molding for the production of containers requiring a high rigidity, hardness, resistance to stacking and no distortion: boxes, bottle holders, trays and other similar objects and cartridges for adhesives and sealants.

Eraclene MQ 70 U BA is specifically designed to produce items with good mechanical properties: light-weight crates, houseware. For its flowability, the resin can be used whenever high production rate is a key issue. The polymer produced has an excellent thermal stability during the transformation phase. Sustainability The product Eraclene MQ 70 U BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MQ 70 U 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. It is a gas phase high density polyethylene resin (HDPE) with antioxidants, suitable for injection moulding application. The production of Eraclene MQ 70 U BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene MQ 70 U BA will be bio attributed for a 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product. Eraclene MQ 70 U BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MQ 70 U is a high density polyethylene resin (HDPE), with antioxidants. The narrow molecular weight distribution and medium fluidity make Eraclene MQ 70 U the ideal polymer for injection moulding application. The polymer produced has an excellent thermal stability during the transformation phase. Main Application Eraclene MQ 70 U is specifically designed to produce items with good mechanical properties: light-weight crates, houseware. For its flowability, the resin can be used whenever high production rate is a key issue.

Eraclene MR 80 U BA is specifically designed for houseware and thin-walled containers. Eraclene MR 80 U shows a good balance between processability and mechanical properties. Sustainability The product Eraclene MR 80 U BA ‘Bio attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MR 80 U 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. It is a high density polyethylene resin (HDPE), with antioxidants, suitable for injection moulding application. The production of Eraclene MR 80 U BA allows to contribute to the circular economy, since the bionafta used derives from renewable resources (e.g. vegetable oils). Eraclene MR 80 U BA will be bio attributed for 95%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MR 80 U BCA is specifically designed for houseware and thin-walled containers. Eraclene MR 80 U shows a good balance between processability and mechanical properties. Sustainability The product Eraclene MR 80 U BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MR 80 U 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. It is a gas phase high density polyethylene resin (HDPE) with antioxidants, suitable for injection moulding application. The production of Eraclene MR 80 U BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils).Eraclene MR 80 U BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MR 80 U is a high density polyethylene resin (HDPE), with antioxidants. The narrow distribution of molecular weights and high density make Eraclene MR 80 U the ideal polymer for injection moulding applications. The polymer produced has an excellent thermal stability during the transformation phase and a good balance between fluidity and mechanical characteristics. Eraclene MR 80 U shows a good balance between processability and mechanical properties. Main Application Eraclene MR 80 U is ideal in injection moulding for the production of small items obtained in fast cycles: thinwalled containers, household items and gaskets.

Eraclene MS 80 U BA has a narrow molecular weight distribution and a high fluidity make it ideally for injection moulding applications like thinwalled (food containers) aerosol caps. The polymer has high thermal stability during extrusion and a good balance between fluidity and mechanical properties. Sustainability The product Eraclene MS 80 U BA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MS 80 U 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. It is a gas phase high density polyethylene resin (HDPE) with antioxidants, suitable for injection moulding application. The production of Eraclene MS 80 U BA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene MS 80 U BA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Eraclene MS 80 U BCA has a narrow molecular weight distribution and a high fluidity make it ideally for injection moulding applications like thinwalled (food containers) aerosol caps. The polymer has high thermal stability during extrusion and a good balance between fluidity and mechanical properties. Sustainability The product Eraclene MS 80 U BCA ‘Bio Circular attributed’ is a highly sustainable HDPE produced using bionafta 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. Eraclene MS 80 U 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. It is a gas phase high density polyethylene resin (HDPE) with antioxidants, suitable for injection moulding application. The production of Eraclene MS 80 U BCA allows to contribute to the circular economy, since the bionafta used derives from waste from industrial processing of organic substances (e.g. used cooking oils). Eraclene MS 80 U BCA will be bio circular attributed for 95%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.