Greenflex ML 21 BCA is recommended for the production of flexible items. Greenflex ML 21 BCA, thanks to its particular additives with waxes, can be used at a high transformation speed to obtain high productivity. Sustainability The product Greenflex ML 21 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex ML 21 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 ethylene vinyl acetate copolymer (EVA) for injection moulding applications and it is recommended when a good ESCR is required. The production of Greenflex ML 21 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). Greenflex ML 21 BCA will be bio circular attributed for 94%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex ML 21 is an ethylene vinyl acetate copolymer (EVA) for injection moulding applications and it is recommended when a good ESCR is required. Greenflex ML 21, thanks to its particular additives with waxes, can be used at a high transformation speed to obtain high productivity. Main Application Greenflex ML 21 is suitable for the production of flexible items.

Greenflex ML 30 BCA is recommended for the production of gaskets, especially if food contact is required, profiles and flexible items. Items produced with Greenflex ML 30 BCA shows good ESCR resistance and elasticity. Sustainability The product Greenflex ML 30 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex ML 30 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 ethylene vinyl acetate copolymer (EVA) for injection moulding and profile extrusion. The production of Greenflex ML 30 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). Greenflex ML 30 BCA will be bio circular attributed for 91%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex ML 30 is an ethylene vinyl acetate copolymer (EVA) for injection moulding and profile extrusion. Items produced with Greenflex ML 30 shows good ESCR resistance and elasticity. Main Application Greenflex ML 30 is recommended for the production of gaskets, especially if food contact is required, profiles and flexible items.

Greenflex ML 31 BCA is recommended for the production of gaskets, especially for items having food contact, profiles and flexible items. Items produced with Greenflex ML 31 BCA show good resistance to chemicals and good elasticity. Greenflex ML 31 BCA, thanks to its particular additives with waxes, can be used at a high transformation speed to obtain high productivity. Sustainability The product Greenflex ML 31 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex ML 31 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 ethylene vinyl acetate copolymer (EVA) for injection moulding applications and extrusion profile. The production of Greenflex ML 31 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). Greenflex ML 31 BCA will be bio circular attributed for 91%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex ML 31 is an ethylene vinyl acetate copolymer (EVA) for injection moulding applications and extrusion profile. Greenflex ML 31, thanks to its particular additives with waxes, can be used at a high transformation speed to obtain high productivity. Main Application Items produced with Greenflex ML 31 show good resistance to chemicals and good elasticity. Greenflex ML 31 is recommended for the production of gaskets, especially for items having food contact, profiles and flexible items. Items produced with Greenflex ML 31 show good resistance to chemicals and good elasticity.

Greenflex ML 40 BCA is recommended for the production of flexible items. Items produced with Greenflex ML 40 BCA show high elasticity and flexibility. Sustainability The product Greenflex ML 40 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex ML 40 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 ethylene vinyl acetate copolymer (EVA) for injection moulding of flexible items. The production of Greenflex ML 40 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). Greenflex ML 40 BCA will be bio circular attributed for 86%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex ML 40 is an ethylene vinyl acetate copolymer (EVA) for injection moulding of flexible items. Items produced with Greenflex ML 40 show high elasticity and flexibility. Main Application Greenflex ML 40 is recommended for the production of flexible items.

Greenflex ML 50 BCA is recommended for the production of foamed and crosslinked sheets for shoes, dolls, shock absorbers and gasket. Sustainability The product Greenflex ML 50 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex ML 50 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 ethylene vinyl acetate copolymer (EVA) for injection moulding, compounding and extrusion. The production of Greenflex ML 50 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). Greenflex ML 50 BCA will be bio circular attributed for 81%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex ML 50 F is an ethylene vinyl acetate copolymer (EVA) for injection moulding, compounding and extrusion. Main Application Greenflex ML 50 F is recommended for the production of foamed and crosslinked sheets for shoes, dolls, shock absorbers and gasket.

Greenflex ML 50 is an ethylene vinyl acetate copolymer (EVA) for injection moulding, compounding and extrusion. Greenflex ML 60 allows the production of products with high elasticity. Main Application Greenflex ML 50 is recommended for the production of foamed and crosslinked sheets for shoes, dolls, shock absorbers and gasket.

Greenflex ML 60 BCA is recommended for the production of foamed and crosslinked sheets for shoes, carpet supports and gaskets. Greenflex ML 60 BCA allows the production of products with very high elasticity. Sustainability The product Greenflex ML 60 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex ML 60 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 ethylene vinyl acetate copolymer (EVA) for injection moulding, compounding and extrusion. The production of Greenflex ML 60 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). Greenflex ML 60 BCA will be bio circular attributed for 72%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex ML 60 is an ethylene vinyl acetate copolymer (EVA) for injection moulding, compounding and extrusion. Greenflex ML 60 allows the production of products with very high elasticity. Main Application Greenflex ML 60 is recommended for the production of foamed and crosslinked sheets for shoes, carpet supports and gaskets.

Greenflex MP 34 BCA is recommended for the production of articles with high degree of elasticity, such as gaskets and foamed caps for wine. Greenflex MP 34 BCA combines high fluidity with high elasticity. Sustainability The product Greenflex MP 34 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex MP 34 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 ethylene vinyl acetate copolymer (EVA) for injection moulding, compounding and extrusion. The production of Greenflex MP 34 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). Greenflex MP 34 BCA will be bio circular attributed for 91%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex MP 34 is an ethylene vinyl acetate copolymer (EVA) for injection moulding and compounding applications. Greenflex MP 34 combines high fluidity with high elasticity. Main Application Greenflex MP 34 is recommended for the production of articles with high degree of elasticity like gaskets and foamed caps for wine.

Greenflex MP 35 BCA is recommended for the production of articles requiring a high degree of elasticity (flippers). Greenflex MP 35 BCA is an easy flowing material and provides very high elasticity. Sustainability The product Greenflex MP 35 BCA ‘Bio Circular attributed’ is a highly sustainable EVA 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. Greenflex MP 35 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 ethylene vinyl acetate copolymer (EVA) for injection moulding and extrusion. The production of Greenflex MP 35 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). Greenflex MP 35 BCA will be bio circular attributed for 88%. The exact amount of “bio circular attributed” product will be reported in the sustainability certificate issued upon the delivery of the product.

Greenflex MP 35 is an ethylene vinyl acetate copolymer (EVA) for injection moulding and extrusion. Greenflex MP 35 is an easy flowing material and provides very high elasticity. Main Application Greenflex MP 35 is recommended for the production of articles requiring a high degree of elasticity, such as flippers.

Greenflex MQ 40 is an ethylene vinyl acetate copolymer (EVA) for injection moulding and compounding. Greenflex MQ 40 combines high fluidity and high elasticity. Main Application Greenflex MQ 40 is recommended for injection moulding of gaskets, ski sticks rounds, foamed and crosslinked articles.

Pharmalene BC 82 PH BA is intended for the use within pharmaceutical sector and is characterized by excellent processability and a good balance between ESCR and top load. Pharmalene BC 82 PH BA is suitable for the production of blow molded bottles, flacons and monodoses. Sustainability The "bio attributed" product Pharmalene BC 82 PH BA is highly sustainable medical grade HDPE 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 BC 82 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 BC 82 PH BA is a high density polyethylene (HDPE, C-6 comonomers) with antioxidants, obtained by gas phase technology. It is produced in conformity to the good manufacturing practices (GMP) and is mainly used for extrusion and extrusion blown moulding. The production of Pharmalene BC 82 PH BA allows to contribute to the circular economy, since the bionaphtha used derives from renewable sourses (e.g. vegetable oils). Pharmalene BC 82 PH BA will be bio attributed for 95%. The exact amount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene BC 82 PH BCA is intended for the use within pharmaceutical sector and is characterized by excellent processability and a good balance between ESCR and top load. Pharmalene BC 82 PH BCA is suitable for the production of blow molded bottles, flacons and monodoses. Sustainability The "bio attributed" product Pharmalene MS 20 PH BA is a highly sustainable medical grade LLDPE produced using bioaphtha 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 methodolgy that sllows 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 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. The production of Pharmalene MS 20 PH BA allows to contribute to the circular economy, since the bionaphtha used derives from renewable sourses (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 ussed upon delivery of the product.

Pharmalene BC 82 PH is an high density polyethylene (HDPE, C-6 comonomers) with antioxidants, obtained by gas phase technology. It is produced in conformity to the good manufacturing practices (GMP) and is mainly used for extrusion and extrusion blow moulding. Main Application Pharmalene BC 82 PH is intended for the use within pharmaceutical sector and is characterized by excellent processability and a good balance between ESCR and top load. Pharmalene BC 82 PH is suitable for the production of blow molded bottles, flacons and monodoses.

Pharmalene FC 20 PH BA is intended for the use within pharmaceutical sector and is characterized by high swell, good melt strength and excellent mechanical properties. Pharmalene FC 20 PH BA is suitable for the production of multilayer films for blisters and for pharmaceutical monodoses. Sustainability The "bio attributed" product Pharmalene FC 20 PH BA is highly sustainable medical grade LDPE 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 FC 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 FC 20 PH BA is a low density polyethylene (LDPE) without attitives obtained by high pressure autoclave process. It is manufactured according to good manufacturing practices (GMP) and is mainly used for blown film extrustion, extrustion, and extrusion, blown moulding. The production of Pharmalene FC 20 PH BA allows to contribute to the circular economy, since bionaphtha used derives from renewable resources (e.g. vegetable oils). Pharmalene FC 20 PH BA will be bio attributed for 100%. The exact ammount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FC 20 PH BCA is intended for the use within pharmaceutical sector and is characterized by high swell, good melt strength and excellent mechanical properties. Pharmalene FC 20 PH BCA is suitable for the production of multilayer films for blisters and for pharmaceutical monodoses. Sustainability The product Pharmalene FC 20 PH BCA 'Bio circular attributed' is a highly sustainable medical grade LDPE produced using bioaphtha 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 FC 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 FC 20 PH BCA is a low density polyethylene (LDPE) without additives obtained by high pressure autoclave process. It is manufactured according to good manufacturing practices (GMP) and is mainly used for blown film extursion, extrusion and extrusion blown moulding. The production of Pharmalene FC 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 FC 20 PH BCA will be bio circular attributed for 100%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FC 20 PH is a low density polyethylene (LDPE) without additives obtained by high pressure autoclave process. It is manufactured according to good manufacturing practices (GMP) and is mainly used for blown film extrusion, extrusion and extrusion blow moulding. Main Applications Pharmalene FC 20 PH is intended for the use within pharmaceutical sector and is characterized by high swell, good melt strength and excellent mechanical properties. Pharmalene FC 20 PH is suitable for the production of multilayer films for blisters and for pharmaceutical monodoses.

Pharmalene FF 55 PH BA is intended for the use within pharmaceutical sector and is characterized by high flexibility and good impact resistance. Pharmalene FF 55 PH BA is suitable for the production of flexible medical packaging, medical bags or can be used for medical tubing applications. Sustainability The "bio attributed" product Pharmalene FL 55 PH BA is highly sustainable medical grade EVA 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 FL 55 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 FL 55 PH BA is ehylene vinyl acetate copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The production of Pharamlene FL 55 PH BA allows to contibute to the circular economy, since the bionaphtha uses derives from renewable sourses (e.g. vegetable oils). Pharmalene FL 55 PH BA will be bioattributed for 81%. The exact amount of "bio attribued" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FF 55 PH BCA is intended for the use within pharmaceutical sector and is characterized by high flexibility and good impact resistance. Pharmalene FF 55 PH BCA is suitable for the production of flexible medical packaging, medical bags or can be used for medical tubing applications. Sustainability The product Pharmalene FL 55 PH BCA 'Bio circular attributed' is a highly sustainable medical grade EVA produced using bioaphtha 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 FL 55 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 FL 55 PH BCA is an ethylene vinyl acetat copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The product of Pharmalene 55 FL 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 FL 55 PH BCA will be bio circular attributed for 81%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FF 55 PH is an ethylene vinyl acetate copolymer (EVA) for blown film extrusion manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). Main Applications Pharmalene FF 55 PH is intended for the use within pharmaceutical sector and is characterized by high flexibility and good impact resistance. Pharmalene FF 55 PH is suitable for the production of flexible medical packaging, medical bags or can be used for medical tubing applications.

Pharmalene FL 20 PH BA is intended for the use within pharmaceutical sector and is characterized by an optimal balance between processability and mechanical properties. Pharmalene FL 20 PH BA is suitable for the production of multilayer films for blisters and for pharmaceutical monodoses or small bottles. Sustainability The "bio attributed" product Pharmalene FL 20 PH BA is highly sustainable medical grade LDPE 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 FL 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 FL 20 PH BA is a low density polyethylene (LDPE) without attitives obtained by high pressure autoclave process. It is manufactured according to good manufacturing practices (GMP) and is mainly used for blown film extrustion, extrustion, and extrusion, blown moulding. The production of Pharmalene FL 20 PH BA allows to contribute to the circular economy, since bionaphtha used derives from renewable resources (e.g. vegetable oils). Pharmalene FL 20 PH BA will be bio attributed for 100%. The exact ammount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 20 PH BCA is intended for the use within pharmaceutical sector and is characterized by an optimal balance between processability and mechanical properties. Pharmalene FL 20 PH BCA is suitable for the production of multilayer films for blisters and for pharmaceutical monodoses or small bottles. Sustainability The product Pharmalene FL 20 PH BCA 'Bio circular attributed' is a highly sustainable medical grade LDPE produced using bioaphtha 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 FL 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 FL 20 PH BCA is a low density polyethylene (LDPE) without additives obtained by high pressure autoclave process. It is manufactured according to good manufacturing practices (GMP) and is mainly used for blown film extursion, extrusion and extrusion blown moulding. The production of Pharmalene FL 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 FL 20 PH BCA will be bio circular attributed for 100%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 20 PH is a low density polyethylene (LDPE) without additives obtained by high pressure autoclave process. It is produced according to good manufacturing practices (GMP) and is mainly used for blown film extrusion, extrusion and extrusion blow moulding. Main Applications Pharmalene FL 20 PH is intended for the use within pharmaceutical sector and is characterized by an optimal balance between processability and mechanical properties. Pharmalene FL 20 PH is suitable for the production of multilayer films for blisters and for pharmaceutical monodoses or small bottles.

Pharmalene FL 35 PH BA is intended for the use within pharmaceutical sector and is characterized by good stretchability and sealability. Pharmalene FL 35 PH BA is suitable for the production of transdermal patches and other TTS applications or can be used for injection molded articles for healthcare applications. Sustainability The "bio attributed" product Pharmalene FL 35 PH BA is highly sustainable medical grade EVA 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 FL 35 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 FL 35 PH BA is ehylene vinyl acetate copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The production of Pharamlene FL 35 PH BA allows to contibute to the circular economy, since the bionaphtha uses derives from renewable sourses (e.g. vegetable oils). Pharmalene FL 35 PH BA will be bioattributed for 91%. The exact amount of "bio attribued" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 35 PH BCA is intended for the use within pharmaceutical sector and is characterized by good stretchability and sealability. Pharmalene FL 35 PH BCA is suitable for the production of transdermal patches and other TTS applications or can be used for injection molded articles for healthcare applications. Sustainability The product Pharmalene FL 35 PH BCA 'Bio circular attributed' is a highly sustainable medical grade EVA produced using bioaphtha 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 FL 35 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 FL 35 PH BCA is an ethylene vinyl acetat copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The product of Pharmalene FL 35 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 FL 35 PH BCA will be bio circular attributed for 91%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 35 PH is an ethylene vinyl acetate copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). Main Applications Pharmalene FL 35 PH is intended for the use within pharmaceutical sector and is characterized by good stretchability and sealability. Pharmalene FL 35 PH is suitable for the production of transdermal patches and other TTS applications or can be used for injection molded articles for healthcare applications.

Pharmalene FL 45 PH BA is intended for the use within pharmaceutical sector and is characterized by good optical properties and by good elasticity and sealability. Pharmalene FL 45 PH BA is suitable for the production of flexible medical packaging, gaskets for medical applications or can be used for medical tubing applications. Sustainability The "bio attributed" product Pharmalene FL 45 PH BA is highly sustainable medical grade EVA 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 FL 45 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 FL 45 PH BA is ehylene vinyl acetate copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The production of Pharamlene FL 45 PH BA allows to contibute to the circular economy, since the bionaphtha uses derives from renewable sourses (e.g. vegetable oils). Pharmalene FL 45 PH BA will be bioattributed for 86%. The exact amount of "bio attribued" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 45 PH BCA is intended for the use within pharmaceutical sector and is characterized by good optical properties and by good elasticity and sealability. Pharmalene FL 45 PH BCA is suitable for the production of flexible medical packaging, gaskets for medical applications or can be used for medical tubing applications. Sustainability The product Pharmalene FL 45 PH BCA 'Bio circular attributed' is a highly sustainable medical grade EVA produced using bioaphtha 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 FL 45 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 FL 45 PH BCA is an ethylene vinyl acetat copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The product of Pharmalene 45 FL 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 FL 45 PH BCA will be bio circular attributed for 86%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 45 PH is an ethylene vinyl acetate copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). Main Applications Pharmalene FL 45 PH is intended for the use within pharmaceutical sector and is characterized by good optical properties and by good elasticity and sealability. Pharmalene FL 45 PH is suitable for the production of flexible medical packaging, gaskets for medical applications or can be used for medical tubing applications.

Pharmalene FL 65 PH BA is intended for the use within pharmaceutical sector and is characterized by a high flexibility, good optical properties and as well excellent sealing properties. Pharmalene FL 65 PH BA is suitable for the production of flexible medical packaging, medical bags or can be used for medical tubing applications. Sustainability The "bio attributed" product Pharmalene FL 65 PH BA is highly sustainable medical grade EVA 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 FL 65 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 FL 65 PH BA is ehylene vinyl acetate copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The production of Pharamlene FL 65 PH BA allows to contibute to the circular economy, since the bionaphtha uses derives from renewable sourses (e.g. vegetable oils). Pharmalene FL 65 PH BA will be bioattributed for 72%. The exact amount of "bio attribued" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 65 PH BCA is intended for the use within pharmaceutical sector and is characterized by a high flexibility, good optical properties and as well excellent sealing properties. Pharmalene FL 65 PH BCA is suitable for the production of flexible medical packaging, medical bags or can be used for medical tubing applications. Sustainability The product Pharmalene FL 65 PH BCA 'Bio circular attributed' is a highly sustainable medical grade EVA produced using bioaphtha 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 FL 65 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 FL 65 PH BCA is an ethylene vinyl acetat copolymer (EVA) for blown film extrusion, extrusion & injection moulding, manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). The product of Pharmalene 65 FL 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 FL 65 PH BCA will be bio circular attributed for 72%. The exact amount of "bio circular attributed" product will be reported in the sustainability certificate issued upon delivery of the product.

Pharmalene FL 65 PH is an ethylene vinyl acetate copolymer (EVA) for extrusion & blown film extrusion manufactured using high pressure tubular technology. It is produced according to good manufacturing practices (GMP). Main Applications Pharmalene FL 65 PH is intended for the use within pharmaceutical sector and is characterized by a high flexibility, good optical properties and as well excellent sealing properties. Pharmalene FL 65 PH is suitable for the production of flexible medical packaging, medical bags or can be used for medical tubing applications.

Pharmalene ML 70 PH BA is intended for the use within pharmaceutical sector and is characterized by high impact and creep resistance as well as a good ESCR. Pharmalene ML 70 PH BA is suitable for the production of caps & closures. Sustainability The "bio attributed" product Pharmalene ML 70 PH BA is highly sustainable medical grade HDPE 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 ML 70 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 ML 70 PH BA is a high density polyethylene (HDPE, C-6 comonomers) with antioxidants, obtained by gas phase technology. It is produced in conformity to the good manufacturing practices (GMP) and is mainly used for extrusion and extrusion blown moulding. The production of Pharmalene ML 70 PH BA allows to contribute to the circular economy, since the bionaphtha used derives from renewable sourses (e.g. vegetable oils). Pharmalene ML 70 PH BA will be bio attributed for 95%. The exact amount of "bio attributed" product will be reported in the sustainability certificate issued upon delivery of the product.