Plastic Data Sheets

Anbio CTR02 is a biodegradable polymer that may be used for blown film processing. It is compounded product with two biopolymers – namely PLA and PBAT. It is designed for translucent film blowing applications. The degradation products are carbon dioxide, water and biomass which will occur by natural process in composting environment.

The “bio attributed” product Clearflex FG 106 A BA is a highly sustainable LLDPE 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. Clearflex FG 106 A 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 an hexene copolymer linear low density polyethylene (C6-LLDPE), with antioxidants, suitable for blown film extrusion. The production of Clearflex FG 106 A BA allows to contribute to the circular economy, since the bionafta used derives from renewable sources (e.g. vegetable oils). Clearflex FG 106 A BA will be bio attributed for 85%. The exact amount of “bio attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

The product Clearflex FG 106 A BCA ‘Bio Circular attributed’ is a highly sustainable LLDPE 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. Clearflex FG 106 A 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 an hexene copolymer linear low density polyethylene (C6-LLDPE), with antioxidants, suitable for blown film extrusion. The production of Clearflex FG 106 A 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). Clearflex FG 106 A BCA will be bio circular attributed for 85%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

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.