OREVAC® 18211 is a coextrusion adhesive resin based on a maleic anhydride modified ethylene-vinyl acetate copolymer. It is available in pellet form for use in conventional extrusion and coextrusion equipment designed to process polyolefin. Applications OREVAC® 18211 has been designed to develop a reliable bonding strength in coextrusion processes between polyethylene or ethylene copolymers and different materials among which polyamides, PS, EVOH and PET. It can be processed within different extrusion and coextrusion technologies including cast film, blown film, sheet calandering, blow molding, tube extrusion.

OREVAC® T 9304 is a random terpolymer of ethylene, vinyl acetate and maleic anhydride made by high-pressure radicalar polymerization process. As an ethylene copolymer, OREVAC® T 9304 is compatible with PE in all proportions, and with most other ethylene copolymers. Vinyl acetate brings softness, flexibility and polarity, maleic anhydride gives reactivity, leading to versatile adhesive properties to polar and non polar substrates. As a result of high-pressure polymerisation in tubular reactor, OREVAC® T 9304 exhibits high transparency (low haze). Applications OREVAC® T 9304 is compatible with most tackifying resins and waxes and can be used for hot melt adhesives formulations. OREVAC® T 9304 is also suitable to produce thermo-adhesive films for solid substrates like PA, PET & PU films, aluminium foils, fiber mats, foams... OREVAC® T 9304 can also be used as a tie layer between polyethylene and polyamide in blown film coextrusion.

OREVAC® T 9305 is a random terpolymer of ethylene, vinyl acetate and maleic anhydride made by high-pressure radicalar polymerization process. As an ethylene copolymer, OREVAC® T 9305 is compatible with PE in all proportions, and with most other ethylene copolymers. Vinyl acetate brings softness, flexibility and polarity, maleic anhydride gives reactivity, leading to versatile adhesive properties to polar and non polar substrates. Applications OREVAC® T 9305 is compatible with most tackifying resins and waxes and can be used for hot melt adhesives formulations. OREVAC® T 9305 is also suitable to produce thermo-adhesive films for solid substrates like PA, PET & PU films, aluminium foils...

OREVAC® T 9307 Y is a random terpolymer of ethylene, vinyl acetate and maleic anhydride made by high-pressure radicalar polymerization process. As an ethylene copolymer, OREVAC® T 9307 Y is compatible with PE in all proportions, and with most other ethylene copolymers. Vinyl acetate brings softness, flexibility and polarity, maleic anhydride gives reactivity, leading to versatile adhesive properties to polar and non polar substrates. As a result of high-pressure polymerisation in tubular reactor, OREVAC® T 9307 Y exhibits high transparency (low haze). Applications OREVAC® T 9307 Y is suitable to produce thermo-adhesive films for solid substrates like PA, PET & PU films, aluminium foils, fiber mats, foams... OREVAC® T 9307 Y can also be used as a skin packaging adhesive on all type of cardboard.

OREVAC® T 9318 is a random terpolymer of ethylene, vinyl acetate and maleic anhydride made by high-pressure radicalar polymerization process. As an ethylene copolymer, OREVAC® T 9318 is compatible with PE in all proportions, and with most other ethylene copolymers. Vinyl acetate brings softness, flexibility and polarity, maleic anhydride gives reactivity, leading to versatile adhesive properties to polar and non polar substrates. As a result of high-pressure polymerisation in tubular reactor, OREVAC® T 9318 exhibits high transparency (low haze). Applications OREVAC® T 9318 can be used to produce thermo-adhesive films for solid substrates like PA, PET & PU films, aluminium foils, fiber mats, foams... OREVAC® T 9318 is also suitable as a tie layer between polyethylene and polyamide in blown film, cast film or in tubes coextrusion. It can be used as a coupling agent in cables compounds formulations.

- LD200-18VA is a high vinyl acetate copolymer resin with low melting temperature and excellent strength and toughness. - Applications for LD200-18VA include foams, profile extrusion, injection molding, shoe soles. - Contact your Osterman Customer Service Representative for potential food contact application compliance (e.g. FDA, EU, HPFB).

H2201 contains 18% ethylene vinyl acetate copolymer resin, and is designed for a variety of foam application. Applications: Foam application .

Petrothene NA420 is a series of LDPE/EVA copolymer resins selected by customers for high impact and clarity packaging film.

Petrothene XL05480E is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene XL05480E is selected by customers for use in 125 °C automotive primary insulation (SAE J1128) constructions.

Petrothene XL07427 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.).

Petrothene XL07505 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07505 is selected by customers for use in 125 °C automotive wire & cable applications (SAE J1128).

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 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.