ALCUDIA® PE063/A is a low density polyethylene grade, produced by high pressure autoclave technology, suitable for blown or cast film applications. This material offers easy processability into thin films with good balance of slip, mechanical and optical properties. It contains slip and antiblock additives. TYPICAL APPLICATIONS - Film for automated packaging. - High slip thin film. Recommended melt temperature range from 140 to 160°C. Processing conditions should be optimised for each production line.

ALCUDIA® PE071 is a low density polyethylene grade, produced by high pressure autoclave technology, especially intended for extrusion coating. This material offers an adequate balance between easy processability, good organoleptic properties, excellent adhesion and low neck-in. It does not contain any additives. TYPICAL APPLICATIONS - Extrusion coating. - Coextruded thin film. - Injection moulding. The excellent draw down properties of ALCUDIA® PE-071 allow high-speed coatings, up to 850 m/min and 5 g/m² at a maximum extrusion temperature of 330°C. This material has a very low neck-in throughout a wide range of extrusion conditions. Recommended melt temperature range for extrusion coating from 275 to 330°C. Temperature range for coextrusion depending on the processed polymers. Processing conditions should be optimised for each production line.

ALCUDIA® TR-135 natural compound is an hexene copolymer of high molecular weight especially apt for the extrusion of pipe. Because other good mechanical properties and their characteristics, the polyethylene natural compound ALCUDIA® TR-135, is designed to produce pipe. It has the antioxidant package enough for the extrusion process. This product is supplied in natural colour but they can be easily coloured with pigments steady at processing temperature, using dry-colouring or masterbatch techniques. ALCUDIA® TR-135 is a medium density polyethylene grade, high molecular weight hexene copolymer, especially intended for film extrusion. This material offers easy processability into films with excellent mechanical properties, good sealing characteristics and high stress crack resistance. It contains antioxidant additives. TYPICAL APPLICATIONS - Carrier bags. - Refuse sacks. - Waterproof sheets. Recommended melt temperature range from 190 to 220°C. Processing conditions should be optimised for each production line.

EVA HVA08G is an ethylene-vinyl acetate copolymer used for transdermal patches but also for small blow molding or injection molding for healthcare applications. This material combines flexibility and toughness even at low temperatures. It contains antioxidant additives. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimized for each production line.

EVA HVA18G is an ethylene-vinyl acetate copolymer used for the extrusion of medical film and production of medical bags. This material combines easy processability with excellent mechanical and optical properties. It contains antioxidant additives. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimized for each production line.

EVA HVA18G1 is an ethylene-vinyl acetate copolymer used for the extrusion of medical film and production of medical bags. This material combines easy processability with excellent mechanical and optical properties. It contains antioxidant additives. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimized for each production line.

EVA HVA28G1 is an ethylene-vinyl acetate copolymer with low gel content used for production of medical tubing and drainage but can also be used for medical film extrusion and injection moulding for healthcare applications. It contains antioxidant additives and free flowing agent. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimized for each production line.

EVA HVA28G2 is an ethylene-vinyl acetate copolymer with low gel content used for production of medical tubing and drainage but can also be used for injection moulding for healthcare applications. It contains antioxidant additives and free flowing agent. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimized for each production line. EVA HVA28G2 additives are in compliance with EP 3.1.3 and EP 3.1.7. For further information,

EVA copolymer REPSOL PRlMEVA® P0720 is suitable for injection, blow moulding and general extrusion applications when flexibility and toughness are required, even at low temperatures. It contains antioxidant additives. Applications: - Extrusion. - Blow moulding. - Injection moulding. Release agents containing silicone must be avoided. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRlMEVA® PO72OF is suitable for injection, blow moulding and general extrusion applications when flexibility and toughness are required, even at low temperatures. EVA copolymer REPSOL PRlMEVA® PO72OF presents low gel content. It contains antioxidant additives. Applications: - Extrusion. - Blow moulding. - Injection moulding. Release agents containing silicone must be avoided. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRIMEVA ® P1340 is suitable for injection moulding and extrusion. This material is specially recommended for those applications where flexibility, toughness and transparency are required. It contains antioxidant additives. Applications: - Extrusion. - Injection moulding. Release agents containing silicone must be avoided. - Microcellular foams. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRlMEVA® P1550M is recommended for low viscosity hot melt adhesives applications. EVA resin REPSOL PRlMEVA® P1550M has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Low Viscosity Hot Melt Adhesives - Coatings - Mixtures with Bitumen - Viscosity Modification Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRIMEVA ® P18010 is suitable for injection moulding and recommended for those applications where flexibility and toughness are required. It contains antioxidant additives. Applications: - Injection moulding. Release agents containing silicone must be avoided. - Rotational moulding. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRIMEVA ® P18010C is suitable for injection moulding and recommended for those applications where flexibility and toughness are required. It contains antioxidant additives. EVA copolymer REPSOL PRIMEVA ® P18010C presents low gel content. It contains antioxidant additives. Applications: - Injection moulding. Release agents containing silicone must be avoided. - Rotational moulding. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRlMEVA® P1807C is suitable for extrusion applications (sheets, profiles, pipes). This material combines easy processability with excellent mechanical properties. It contains antioxidant additives. Applications: - Extrusion: -- Sheets -- Pipes -- Profiles Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRIMEVA® P1807F is suitable for film extrusion applications. This material combines easy processability with excellent mechanical and optical properties. It contains antioxidant additives. Applications: - Film extrusion: -- Co-extrusion -- Applications in which low sealing temperature is required -- Silage stretch film -- Stretch hood Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P18150 is recommended for low viscosity hot melt adhesives especially when toughness and flexibility are required. EVA resin REPSOL PRIMEVA ® P18150 has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives and Blends -- Packaging -- Carpet backing -- Bookbinding - Rotational moulding Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRIMEVA® P1820C is suitable for extrusion and injection moulding applications. This material combines flexibility and toughness. It contains antioxidant additives. Applications: - Extrusion. - Blow moulding. - Injection moulding. - Microcellular foams. - Can be used to produce halogen-free-flame-retardant (HFFR) cables compounds. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA copolymer REPSOL PRlMEVA® P182OF is suitable for film extrusion and extrusion coating. This material combines easy processability with excellent mechanical and optical properties. It contains antioxidant additives. Applications: - Film extrusion. - Extrusion coating. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P18500 is recommended for low viscosity hot melt adhesives applications and blends with paraffins and microcrystalline waxes. EVA resin REPSOL PRIMEVA ® P18500 has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding - Blends with waxes - Coatings of paper and board Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P20020 is suitable for injection moulding. This material offers excellent flexibility. It contains antioxidant and free flowing agent. Applications: - Injection moulding. - Blends: microcrystalline and paraffin waxes - Modification of asphalts Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRlMEVA® P2430 is recommended for injection moulding as well as for blends with other products like waxes and mineral fillers. It contains antioxidant and free flowing agent Applications: - Injection moulding. Release agents containing silicone must be avoided. - Blends with waxes. - Manufacture of masterbatches. - Microcellularfoams. - Extrusion of profiles and sheets with high flexibility. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRlMEVA® P2430C is recommended for injection moulding as well as for blends with other products like waxes and mineral fillers. It contains antioxidant and free flowing agent Applications: - Injection moulding. Release agents containing silicone must be avoided. - Blends with waxes. - Manufacture of masterbatches. - Microcellularfoams. - Extrusion of profiles and sheets with high flexibility. - Can be used to produce halogen-free-flame-retardant (HFFR) cables compounds. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P2735C is especially suitable for HFFR and special cable compounds. It is also recommended for hot-melt adhesives and extrusion applications. EVA resin REPSOL PRIMEVA ® P2735C presents low gel content. It contains antioxidant additive. Applications: - Hot Melt Adhesives. - Masterbatches. - Microcellular foams. - Sonic damping sheets. - Film extrusion. - Can be used to produce halogen-free-flame-retardant (HFFR) cables compounds. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P28025 is recommended for hot melt adhesives and blends with waxes. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Carpet backing - Blends with bitumen and asphalts Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P28025S features low gel content and is specially designed for photovoltaic applications. It contains antioxidant and free flowing agent. Applications: - Encapsulant in solar panels. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA® P28045 is recommended for medium viscosity hot melt adhesives applications. EVA resin REPSOL PRIMEVA® P28045 has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives. -- Packaging. - Blends with waxes. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA® P28150 is suitable for low viscosity hot melt adhesives and compatible with a large range of tack resins and waxes. EVA resin REPSOL PRIMEVA® P28150 has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives. -- Packaging. -- Bookbinding. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P2836M is a very low viscosity copolymer for hot melt adhesives applications. EVA resin REPSOL PRIMEVA ® P2836M has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Pressure sensitive - Blends with waxes - Paper and cardboard coatings Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA® P28400 is recommended for low viscosity hot melt adhesives applications. EVA resin REPSOL PRIMEVA® P28400 has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives. -- Packaging. -- Bookbinding. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P2850M is a very low viscosity copolymer for hot melt adhesives applications. EVA resin REPSOL PRIMEVA ® P2850M has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Pressure sensitive - Blends with waxes - Paper and cardboard coatings Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P2870 is recommended for hot melt adhesives applications, injection moulding and extrusion of profiles. It contains antioxidant and free flowing agent. Applications: - Injection moulding. Release agents containing silicone must be avoided. - Hot Melt Adhesives. -- Packaging. -- Edge veneering. -- Shoe industry. - Manufacture of masterbatches. - Microcellular foams. - Manufacture of sonic damping sheets. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P2870C is recommended for hot melt adhesives applications, injection moulding and extrusion of profiles. EVA resin REPSOL PRIMEVA ® P2870C presents low gel content. It contains antioxidant and free flowing agent. Applications: - Injection moulding. Release agents containing silicone must be avoided. - Hot Melt Adhesives. -- Packaging. -- Edge veneering. -- Shoe industry. - Manufacture of masterbatches. - Microcellular foams. - Manufacture of sonic damping sheets. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA® P28800 is a very low viscosity copolymer for hot melt adhesives applications. EVA resin REPSOL PRIMEVA® P28800 has been improved for a better stability against thermal degradation. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives. -- Packaging. -- Bookbinding. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P33015 is especially suitable for semi-conductive compounds in medium voltage cable applications. It contains antioxidant and free flowing agent. Applications: - Cable compounds. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P33015C is especially suitable for semi-conductive compounds in medium voltage cable applications. EVA resin REPSOL PRIMEVA ® P33015C presents low gel content. It contains antioxidant and free flowing agent. Applications: - Can be used to produce semiconductive cables compounds. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P33025 is recommended for hot melt adhesives applications, when toughness and flexibility are required. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Pressure sensitive adhesive coatings Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA ® P33025C is recommended for hot melt adhesives applications, when toughness and flexibility are required. EVA resin REPSOL PRIMEVA ® P33025C presents low gel content. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Pressure sensitive adhesive coatings - Can be used to produce semiconductive cables compounds. Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRIMEVA® P33045 is recommended for hot melt adhesives applications, when toughness and flexibility are required. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Pressure sensitive adhesive coatings Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.

EVA resin REPSOL PRlMEVA® P33045S features low gel content and is specially designed for photovoltaic applications. It contains antioxidant and free flowing agent. Applications: - Hot Melt Adhesives -- Packaging -- Bookbinding -- Pressure sensitive adhesive coatings Recommended melt temperature below 200°C to avoid the decomposition of the polymer. Processing conditions should be optimised for each production line.