Acrylonitrile-butadiene rubber (NBR) with calcium stearate as separating agent

Acrylonitrile-butadiene rubber (NBR) with calcium stearate as separating agent

Precrosslinked acrylonitrile-butadiene rubber (NBR) with PVC as separating agent

Precrosslinked acrylonitrile-butadiene rubber (NBR) with silica as separating agent

Precrosslinked acrylonitrile-butadiene rubber (NBR) with calcium carbonate as separating agent

Copolymer of butadiene and acrylonitrile (35%) KEY ADVANTAGES - Low compression set (LCS) thermoplastic elastomers (TPE's) can be tailor-made by blending in required amounts of Chemigum powder with low cost plasticized PVC at the end of the dry-blending cycle - In blends with P35 as the dominant polymer, LCS values of 40% or less can be obtained after deformation for 1 day @ 70°C (158°F) - Chemigum/PVC blends are recyclable - Resistance to abrasion and flex-fatigue - Chemical, oil & fuel resistant APPLICATIONS - Hoses, tubing, gasket & seals: auto, building, appliance & industrial - Can be used in snap-fit assemblies Additional Feature: Pre-crosslinked

Copolymer of butadiene and acrylonitrile (33 %) KEY ADVANTAGES - Secondary binder to modify friction materials in combination with phenolic resins in wet & semi-wet (solvent based) processes - Resistance to abrasion-loss, flex fatigue, oil, fuels, animal fat and other organic & inorganic chemicals - Reduces noise & vibrations during the service life of friction materials APPLICATIONS - PVC - Footwear - Brake linings, clutch facings - Cylinder-head gaskets - Injection molding: thin and thick sections Additional Features: Excellent Mechanical Stability Additional Uses: Vulcanised Cables and Friction Materials

Additional Feature: Pre-crosslinked

Copolymer of butadiene and acrylonitrile (33%) KEY ADVANTAGES - Secondary binder to modify friction materials in combination with phenolic resins in wet & semi-wet (solvent based) processes - High gel strength - Processing aid - Reduces noise & vibrations during the service life of friction materials APPLICATIONS - Brake linings, disc pads, clutch facings

Copolymer of butadiene and acrylonitrile (33%) KEY ADVANTAGES - Thermoplastic elastomers (TPE's) can be tailor-made by blending in required amounts of Chemigum powder with plasticized PVC at the end of the dry-blending cycle - Excellent elongation - Resistance to abrasion and flex-fatigue - Chemical, oil and fuel resistance APPLICATIONS - Cable jacketing - Calendered films and sheeting - Footwear - uppers and soles - Gaskets & weather-stripping - Hoses & tubing Additional Feature: Pre-crosslinked

Copolymer of butadiene and acrylonitrile (33%) KEY ADVANTAGES - Very fine particle size - Secondary binder to modify friction materials in combination with phenolic resins in the dry process - Processing aid - Reduces noise & vibrations during the service life of friction materials APPLICATIONS - Friction materials, brake linings, disc pads, clutch facings; used in the semi-wet process - Plastic modification, provides permanent flexibility in blend with polar plastics, e.g. ABS, SAN, TPU, EVA, COPE Additional Features: Low particle size, Pre-crosslinked

Copolymer of butadiene and acrylonitrile (33%) KEY ADVANTAGES - Elastomer for PVC modification, compatible with PVC & ABS resins - Low fog - Oil, fuel, solvent & animal fat resistant - Good melt strength & grain retention APPLICATIONS - Extrusion: auto and building profiles & weather-strips, industrial cable jacketing, oil resistant hoses & tubing - Calendering: impermeable sheeting - Thermoforming: auto instrument panel skins - Injection molding: thick sections Additional Features: Fat Resistant, Pre-crosslinked

Copolymer of butadiene and acrylonitrile (33%) KEY ADVANTAGES - Can be used as a secondary binder to modify friction materials in combination with phenolic resins in the dry process - Processing aid - Reduces noise & vibrations during the service life of friction materials APPLICATIONS - Brake linings, disc pads, clutch facings

Copolymer of butadiene and acrylonitrile KEY ADVANTAGES - Product specifically developed for food contact applications - Low compression set (LCS) thermoplastic elastomers (TPE's) can be tailor-made by blending required amounts of CHEMIGUM powder with low cost plasticized PVC at the end of dry-blending cycle - In blends with PVC as the dominant polymer, LCS values of 40% or less can be obtained after deformation for 1 day @ 70°C (158°F) - CHEMIGUM/PVC blends are recyclable - Resistance to abrasion and flex-fatigue - Chemical, oil & fuel resistant APPLICATIONS - All PVC applications requiring food contact compliance Additional Feature: Fat Resistance

CHEMISAT® HYDROGENATED NITRILE ELASTOMER LATEX (HNBR) is an innovative latex offering an operating range up to 150°C, with low-temperature flexibility and advanced adhesive properties. HNBR resists oils, fluids, ozone and abrasion. Chemisat, unlike conventional HNBR processes, involves hydrogenation of latex without intervening conversion to a dry HNBR. Therefore, it offers superior performance for applications such as fabric coatings, non-woven binding, paper saturation, high-temperature bindings, film and coatings, and other similar applications that require heat and oil resistance. Special Properties/Applications Ionic dispersion of a hydrogenated carboxylated acrylonitrile butadiene latex. Contains a bound antioxidant for added heat resistance. Requires a sulfur curing system to develop optimal properties that render it resistant to hydrocarbons, oils and plasticizers.

CHEMISAT® HYDROGENATED NITRILE ELASTOMER LATEX (HNBR) is an innovative latex offering an operating range up to 150°C, with low-temperature flexibility and advanced adhesive properties. HNBR resists oils, fluids, ozone and abrasion. Chemisat, unlike conventional HNBR processes, involves hydrogenation of latex without intervening conversion to a dry HNBR. Therefore, it offers superior performance for applications such as fabric coatings, non-woven binding, paper saturation, high-temperature bindings, film and coatings, and other similar applications that require heat and oil resistance. Special Properties/Applications Ionic dispersion of a hydrogenated acrylonitrile butadiene latex. Requires a sulfur curing system to develop optimal properties that render it resistant to hydrocarbons, oils and plasticizers.

Detectaseal® is the latest advance in contamination detection and containment. This unique range of metal detectable elastomer compounds has been developed specifically to meet the stringent demands of the pharmaceutical and food processing industries. Detectaseal® fragments as small as 2-3mm can be easily identified by in-line metal detection equipment used to detect product contaminated by process lines. The Detectaseal® range includes Nitrile, EPDM, Silicone and Fluoropolymer (FKM) elastomer compounds (all FDA-compliant) available in blue and black, which allows the most appropriate material to be selected for every application. Detectaseal® compounds can be moulded into O-rings and custom components. Key Attributes - Early detection and containment of contamination: Reduced product loss, Increased productivity - Blue seals to assist in easy identification - Excellent mechanical properties and sealing efficiency - Exceptional water and steam resistance - FDA-compliant material suitable for dry food contact applications - Free from animal-derived ingredients Typical Applications - Static and dynamic sealing applications - Food processing equipment - Pharmaceutical drug manufacturing equipment - Bioscience industry

Description: NBR based compound for the production of elastic soles Packaging: In carton boxes of approximately 400-500 kg Use: Soles for shoes used for industr, army and other applications.

Z95X is a peroxide-cured, explosive decompression resistant HNBR compound. Z95X provides good chemical resistance to sour gas (H2S), crude oil, lubricating agents, and oil additives, with superior resistance to carbon dioxide, water, drilling mud and amine corrosion inhibitors. The EnDura® range of elite materials has been specifically developed for Explosive Decompression (ED) resistance in downhole, surface and subsea oilfield equipment. The high mechanical strength and abrasion resistance of Z95X makes it particularly suitable for dynamic applications. Key Attributes - Excellent Explosive Decompression resistance - Tested to NORSOK M-710 standard - Tested to NACE TM0187 (Sour Gas) standard - Improved resistance to weather and heat than standard nitrile grades - Good chemical resistance especially to oil and fuel - High mechanical strength Typical Applications - Low temperature and high pressure environments - Exploration and drilling equipment - Cementing and completion equipment - Subsea valves and pumps - Blow-out preventers (BOPs) - Mud motors - Rotary lip seals

Europrene® Latice 2620 BA is an aqueous anionic dispersion of an acrylonitrile-butadiene copolymer with low solid content obtained by emulsion polymerisation using rosin acid soap as emulsifier. It contains a non staining antioxidant. Sustainability Bio raw materials can be used in production processes together with traditional raw materials. In order to attribute sustainability characteristics to the final product, Versalis applies the Mass Balance approach, an acknowledged methodology that ensures that the sustainability characteristics of the alternative raw material, mixed with traditional naphtha, correspond to those of the final product. BA products are provided with a sustainability declaration indicating the amount of Bio Attributed component. They guarantee identical performance, quality and properties, as they do not differ in chemical composition and physical-mechanical performance from standard products. Key Features Europrene® Latice 2620 BA is a medium-high nitrile latex, it is used for technical goods when a good resistance to hydrocarbon components is required Main Applications Europrene® Latice 2620 BA is specifically designed to be used in the beater addition process to produce goods with good hydrocarbon and high temperature resistance

Europrene® Latice 2620 BCA is an aqueous anionic dispersion of an acrylonitrile-butadiene copolymer with low solid content obtained by emulsion polymerisation using rosin acid soap as emulsifier. It contains a non staining antioxidant. Sustainability Bio raw materials can be used in production processes together with traditional raw materials. In order to attribute sustainability characteristics to the final product, Versalis applies the Mass Balance approach, an acknowledged methodology that ensures that the sustainability characteristics of the alternative raw material, mixed with traditional naphtha, correspond to those of the final product. BCA products are provided with a sustainability declaration indicating the amount of Bio-Circular Attributed component. They guarantee identical performance, quality and properties, as they do not differ in chemical composition and physical-mechanical performance from standard products. Key Features Europrene® Latice 2620 BCA is a medium-high nitrile latex, it is used for technical goods when a good resistance to hydrocarbon components is required Main Applications Europrene® Latice 2620 BCA is specifically designed to be used in the beater addition process to produce goods with good hydrocarbon and high temperature resistance

Europrene Latice 2620 is an aqueous anionic dispersion of an acrylonitrile-butadiene copolymer with low solid content obtained by emulsion polymerisation using rosin acid soap as emulsifier. It contains a non staining antioxidant. Key Features Europrene Latice 2620 is a medium-high nitrile latex, it is used for technical goods when a good resistance to hydrocarbon components is required Main Applications Europrene Latice 2620 is specifically designed to be used in the beater addition process to produce goods with good hydrocarbon and high temperature resistance

Europrene® N 1945 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 1945 GRN is the grade with the best low temperature properties in Europrene N family. As all GRN grades it shows higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be further improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Injected or extruded technical goods requiring oil resistance and very good low temperature flexibility. Food contact applications.

Europrene® N 2830 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 2830 GRN is characterised by a low Mooney Viscosity that allows an excellent processability mostly in injection moulding applications. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Automotive and industrial seals, textile industry articles, oil industry holds, stoppers, stamps, dampers.

Europrene ® N 2845 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Key Features Europrene® N 2845 GRN is characterised by excellent processability and tear resistance at high temperature. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Main Applications Grade with faster cure rate compared to equivalent standard type. Suitable for injection applications (low mould fouling)

Europrene® N 2845 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 2845 is characterised by good processability, medium mineral oil resistance and good flexibility at low temperature. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Automotive and industrial seals, textile industry articles, oil industry holds, stoppers, stamps, dampers.

Europrene® N 2860 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the PortoTorres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 2860 GRN is characterised by excellent processability and tear resistance at high temperature, good dimensional stability both in calendering and in extrusion. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Grade with faster cure rate compared to equivalent standard type. Suitable for injection applications (low mould fouling)

Europrene® N 2860 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 2860 is characterised by good processability, medium mineral oil resistance, and good flexibility at low temperature.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Applications requiring elasticity at low temperature, oil resistance and high mechanical performances.

Europrene® N 2875 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the PortoTorres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 2875 GRN is characterised by excellent tear resistance at high temperature, excellent dimensional stability both in calendering and in extrusion. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Foamed insulation tubes. Grade with faster cure rate compared to equivalent standard type. Suitable for injection applications (low mould fouling).

Europrene® N 3330 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the PortoTorres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3330 GRN is characterised by a low Mooney Viscosity that allow and excellent processability mostly in injection moulding applications. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. All injection moulding applications (low mould fouling).

Europrene® N 3330 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3330 is characterised by good processability, good mineral oil resistance, and medium flexibility at low temperature. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Wide range of oil resistant technical articles obtained by injection moulding.

Europrene® N 3345 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the PortoTorres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3345 GRN is characterised by excellent processability and tear resistance at high temperature. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. All injection moulding applications (low mould fouling).

Europrene® N 3345 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3345 is characterised by good processability, good mineral oil resistance, and medium flexibility at low temperature. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Wide range of oil resistance technical articles: seals, industrial shoes soles,seals, technical goods, etc.

Europrene® N 3360 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3360 is characterised by good processability, good mineral oil resistance, and medium flexibility at low temperature. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Technical goods with high mechanical properties requiring good mineral oil resistance and medium low temperature flexibility.

Europrene® N 3380 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the PortoTorres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3380 GRN is characterised by excellent tear resistance at high temperature, excellent dimensional stability both in calendering and in extrusion. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls.The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Technical goods with outstanding mechanical properties, very low compression set and oil resistance.

Europrene® N 3380 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3380 is characterised by good mineral oil resistance, and medium flexibility at low temperature. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Technical goods with outstanding mechanical properties, very good compression set and oil resistance.

Europrene® N 3945 GRN is an advanced technology cold polymerized acrylonitrile-butadiene copolymer made at the PortoTorres production facility in Italy. A non staining antioxidant is added during the production process. Europrene® N 3945 GRN is characterised by excellent processability and tear resistance at high temperature, good dimensional stability both in calendering and in extrusion. GRN grades show higher cure rate, higher low temperature flexibility, higher crosslinking density and better mechanical properties, better oil and fuel resistance in comparison to STD grades. The improved processability guarantees low mould fouling products and then long production runs, lower mould wear and less production controls. The medium ACN content gives a very good compromise to get both low temperature flexibility and oil resistance. The vulcanization can be performed by sulphur based systems or by peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Wide range of technical articles requiring good processability and a very high oil and fuel resistance. Suitable for injection applications (low mould fouling).

Europrene® N 3945 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. The high ACN content confers to compounds based on Europrene® N 3945 good hardness properties and good oil and aliphatic hydrocarbon swelling resistance. The vulcanization can be performed using a sulphur based systems or with peroxides.The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Wide range of technical articles requiring good processability and a very high oil and fuel resistance.

Europrene® N 3960 is a cold polymerized acrylonitrile-butadiene copolymer made at the Porto Torres production facility in Italy. A non staining antioxidant is added during the production process. The high ACN content confers to compounds based on Europrene® N 3960 good hardness properties and good oil and aliphatic hydrocarbon swelling resistance. The vulcanization can be performed using sulphur based systems or with peroxides. The low temperature properties can be improved by adding polar plasticizers as synthetic esters of adipic, sebacic or phtalic acids. To improve heat, light and ozone resistance, suitable protective agents as amine or phenolic antioxidants have to be added in the compounding process. Applications requiring very high oil and fuel resistance and excellent mechanical properties.