Ethylene-propylene-diene monomer (EPDM) is obtained by copolymerizing ethylene and propylene monomer in a solution under the Ziegler-Natta catalyst and introducing a small amount of third, non-conjugated diene monomer. All the third monomer conjugated dienes include 1,4-hexadiene (1,4-HD), dicyclopentadiene (DCPD) and ethylidene norbornene (ENB). The products containing EPDM features excellent weatherability, good resistance to ozone, aging and chronic chemicals, good flexibility under low temperature and low conductivity. EPDM can be used for extruded products, rubber strips for buildings and automobiles, rubber hoses, open-cell and closed-cell sponge rubber, roller sleeves and insulation materials for low-voltage cables. EPDM has excellent foaming capability, elasticity and flexibility, making itself widely used for purposes such as sealing, shock absorption and resistance to coldness, chemicals and wear.

A 105°C rated, EPDM based flexible polyolefin compound designed for Wire & Cable insulation and jacketing applications. Compound is formulated with excellent deformation characteristics and is found acceptable in thick wall tubing applications (SE, SJE). Note: Additional custom color matching is available upon request.

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 to be used in static applications. 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 (ADI) Typical Applications - Static sealing applications - Food processing equipment - Pharmaceutical drug manufacturing equipment - Bioscience industry

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 x-ray and 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 - 3A Sanitary Standard 18-03 Class 2 compliant - Free from animal-derived ingredients Typical Applications - Static and dynamic sealing applications - Food processing equipment - Pharmaceutical drug manufacturing equipment - Bioscience industry

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 sealing applications - Food processing equipment - Pharmaceutical drug manufacturing equipment - Bioscience industry

Dutral® CO 033 is an Ethylene — Propylene polymer produced by suspension polymerisation using a Ziegler—Natta Catalyst at the Ferrara production facility in Italy. A non—staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 033 is a semi-crystalline, low molecular weight copolymer characterized by high green strength. Main Applications Polymer modification, belts, cables.

Dutral ® CO 034 PL is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral ® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral ® CO 034 PL is a semi-crystalline, low molecular weight copolymer supplied in pellet form. Thanks to this physical form, Dutral ® CO 034 PL can be advantageously used in polymer modification and in all the other applications in which continuous mixing is required.Dutral® CO 034 PL is a semi—crystalline, low molecular weight copolymer supplied in pellet form. Thanks to this physical form, Dutral® CO 034 PL can be advantageously used in polymer modification and in all the other applications in which continuous mixing is required. Main Applications Cables, polymer modification.

Dutral ® CO 034 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 034 is a semi-crystalline, low molecular weight copolymer characterized by high green strength. It can accept a high level of filler maintaining good flow properties. Main Applications Cables, appliances, polymer modification, oil viscosity modifier.

Dutral® CO 038 PL is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process.. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistanceto both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 038 PL is a semi-crystalline, medium-high molecular weight copolymer supplied in pellet form. It exhibits superior green strength and can accept a large amount of filler. Thanks to this physical form, Dutral® CO 038 PL can be advantageously used in polymer modification and in all the other applications in which continuous mixing is required. Main Applications Automotive, cables, polymer modification.

Dutral ® CO 038 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 038 is a semi-crystalline, medium-high molecular weight copolymer. It exhibits superior green strength and can accept a large amount of filler. Main Applications Automotive, cables, appliances, polymer modification, oil viscosity modifier.

Dutral ® CO 043 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 043 is an amorphous, low molecular weight copolymer. It may be used in applications that require superior low temperature behaviour. Main Applications Automotive, cables, appliances, polymer modification, oil viscosity modifier, bitumen modification.

Dutral ® CO 054 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 054 is an amorphous copolymer of medium molecular weight and medium—broad molecular weight distribution. It has good low temperature performance and processability, also on an open mill. Main Applications Automotive, cables, mechanical goods, building, bitumen modification, polymer modification, appliances.

Dutral ® CO 058 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 058 is an amorphous copolymer of medium-high molecular weight. Articles based on Dutral® CO 058 are characterized by superior cold flexibility. Main Applications Appliances, polymer modification, oil viscosity modifier.

Dutral ® CO 059 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® CO 059 is an amorphous, high molecular weight copolymer. It can accept high level of filler maintaining good low temperature properties. Main Applications Polymer modification, mechanical goods, building.

Dutral ® OCPX 4530 GR is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCPX 4530 GR is a semi-crystalline, medium-high molecular weight copolymer, designed as a viscosity index improver for lubricating oils. It has a excellent thickening power at 47 SS1. It shows an excellent balance between thickening power and shear stability. As other semi-crystalline grades it requires a care in the selection of all the other lubricant components to avoid gelation in cold conditions. Its physical form facilitates a fast dissolution in oil. Main Applications Oil viscosity modifier.

Dutral ® OCP 2530 PL is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCP 2530 PL is a very low molecular weight copolymer designed as a viscosity index improver for lubricating oils. It shows an excellent balance between thickening power and shear stability, combined with a very good low temperature behaviour. Its physical form facilitates a fast dissolution in oil. Main Applications Oil viscosity modifier.

Dutral® OCP 2550 is an Ethylene-Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCP 2550 is a very low molecular weight copolymer designed as a viscosity index improver for lubricating oils. It shows a good thickening power, excellent shear stability and superior low temperature behaviour. Main Applications Oil viscosity modifier.

Dutral® OCP 3550 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCP 3550 is a low molecular weight copolymer designed as a viscosity index improver for lubricating oils. It shows a very good thickening power, good shear stability and superior low temperature behaviour. Main Applications Oil viscosity modifier.

Dutral ® OCP 4530 PL is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCP 4530 PL is a semi-crystalline, medium-high molecular weight copolymer, designed as a viscosity index improver for lubricating oils. It has a excellent thickening power at 47 SS1. It shows an excellent balance between thickening power and shear stability. As other semi-crystalline grades it requires a care in the selection of all the other lubricant components to avoid gelation in cold conditions. Its physical form facilitates a fast dissolution in oil. Main Applications Oil viscosity modifier.

Dutral® OCP 5050 is an Ethylene - Propylene polymer produced by suspension polymerisation using aZiegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCP 5050 is an amorphous, medium molecular weight copolymer, designed as a viscosity index improver for lubricating oils. It is characterized by very good thickening power at 52 SSI and superior low temperature behaviour. Main Applications Oil viscosity modifier, belts.

Dutral® OCPX 4530 is an Ethylene - Propylene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® OCPX 4530 is a semi-crystalline, medium-high molecular weight copolymer, designed as a viscosity index improver for lubricating oils. It has a excellent thickening power at 47 SS1. It shows an excellent balance between thickening power and shear stability. As other semi-crystalline grades it requires a care in the selection of all the other lubricant components to avoid gelation in cold conditions.. Main Applications Oil viscosity modifier.

Dutral ® PM 06 PLE is a masterbatch based on Ethylene - Propylene elastomer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® PM O6 PLE is a masterbatch suitable for the polyolefins modification, especially low flow PP (MFI (230°C/2.16 kg) = 1-10 g/10 mins). Main Applications Polymer modification.

Dutral ® PM 8273 is a masterbatch based on Ethylene - Propylene elastomer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® PM 8273 is a masterbatch suitable for the polyolefins modification, especially medium flow PP (MFI (230 °c/2.16 kg) = 10-20 g/10 mins). Main Applications Polymer modification.

Dutral® TER 2038 PL is an Ethylene - Propylene - (Diene) polymers produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 2038 PL is a semicrystalline terpolymer of medium-high molecular weight and low diene content, supplied in pellet form. Thanks to this physical form, Dutral® TER 2038 PL can be advantageously used in polymer modification and in all the other applications in which continuous mixing is required. Main Applications Automotive, cables, mechanical goods, buildings, appliances, polymer modification.

Dutral® TER 4033 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4033 is a semicrystalline, very low molecular weight terpolymer with medium diene content. Dutral® TER 4033 based compounds exhibit fast extrusion speed, fast curing and high state of cure, and it is particularly suitable in the production of high hardness extruded profiles (HHP). It can also be used to improve flow in compounds based on high molecular weight Dutral® grades. Main Applications Automotive, cables, mechanical goods, high hardness profiles.

Dutral ® TER 4038 EP is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4038 EP is a general purpose semicrystalline terpolymer of medium-high molecular weight and medium diene content. It is supplied in easy processing highly friable bales for easy mixing and high productivity. It can accept high level of filler. Dutral® TER 4038 EP based compounds present fast extrusion speed, fast curing, high cure state and good mechanical properties. Main Applications Automotive, cables, mechanical goods, buildings, appliances, polymer modification.

Dutral® TER 4038 PL is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst. A non-staining antioxidant is added during the production process.. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4038 PL is a semicrystalline terpolymer of medium-high molecular weight and medium-diene content, supplied in pellet form. Thanks to this physical form, Dutral® TER 4038 PL can be advantageously used in polymer modification and in all the other applications in which continuous mixing is required. Main Applications Automotive, cables, mechanical goods, buildings, appliances, polymer modification.

Dutral ® TER 4039 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4039 is a general purpose semicrystalline terpolymer of high molecular weight and medium diene content. It has high green strength, good collapse resistance, and can accept high level of filler. Dutral® TER 4039 based compounds exhibit fast extrusion speed, fast curing, high cure state and good mechanical properties. Main Applications Automotive, cables, mechanical goods, buildings, appliances, polymer modification.

Dutral ® TER 4044 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4044 is a low molecular weight terpolymer of medium diene content, with a medium—broad molecular weight distribution. It has good low temperature performance and good processability, also on an open mill. It is particularly suitable for producing quality moulded articles with good elastic properties. It can also be used to improve flow in compounds based on high molecular weight Dutral ® grades. Main Applications Automotive, cables, mechanical goods, buildings, appliances.

Dutral ® TER 4047 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4047 is an amorphous medium—high molecular weight terpolymer of medium diene content. Dutral® TER 4047 based compounds exhibit fast extrusion speed, fast curing, high cure state and excellent low temperature behaviour. Main Applications Automotive, mechanical goods, buildings.

Dutral ® TER 4049 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4049 is a general purpose, high molecular weight amorphous terpolymer of medium diene content. It is characterized by high loading capacity, good mechanical properties, and good collapse resistance. Dutral® TER 4049 based compounds exhibit fast extrusion speed, fast curing, high cure state and excellent low temperature behaviour. Main Applications Automotive, cables, mechanical goods, buildings, appliances.

Dutral® TER 4334 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4334 is a general purpose semicrystalline terpolymer of medium—high molecular weight and medium diene content, extended with 30% of paraffinic oil. It is characterized by high loading capacity and good green strength. Dutral® TER 4334 based compounds exhibit excellent extrusion properties, good dimensional stability, low swelling values and high curing rate. Main Applications Automotive, cables, mechanical goods, buildings, appliances.

Dutral ® TER 4436 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4436 is a semicrystalline, very high molecular weight terpolymer of medium diene content, extended with 40% paraffinic oil. It is characterized by high loading capacity, good green strength and can be used to obtain low hardness final articles. Dutral® TER 4436 based compounds present high dimensional stability and good curing rate. Main Applications Automotive, mechanical goods, appliances, TPV.

Dutral® TER 4437 is an Ethylene — Propylene — Diene polymer produced by suspension polymerisation using a Ziegler—Natta Catalyst at the Ferrara production facility in Italy. A non—staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4437 W0 is a very high molecular weight terpolymer of medium diene content, extended with 40% paraffinic oil. Thanks to the pure paraffinic oil Dutral® TER 4437 WO can be advantageously used in TPV. It is characterized by high loading capacity, easier dispersion of ingredients during mixing, good dimensional stability and low temperature elasticity. Main Applications Automotive, mechanical goods, appliances, TPV.

Dutral ® TER 4437 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4437 is a very high molecular weight terpolymer of medium diene content, extended with 40% paraffinic oil. It is characterized by high loading capacity, good dimensional stability, easier dispersion of ingredients during mixing and enhanced low temperature elasticity compared with Dutral ® TER 4436. Main Applications Automotive, mechanical goods, appliances, TPV.

Dutral ® TER 4535 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4535 is a very high molecular weight terpolymer of medium diene content, extended with 50% paraffinic oil. It is characterized by high loading capacity, and is generally used in blends with other Dutral ® grades to improve shape stability and collapse resistance. Main Applications Automotive, mechanical goods, building, appliances, cables.

Dutral® TER 4548 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using an improved Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 4548 is an extremely high molecular weight terpolymer of medium diene content, extended with 50% paraffinic oil. Thanks to the pure paraffinic oil Dutral® TER 4548 can be advantageously used in TPV. It is characterized by very high loading capacity, easier dispersion of ingredients during mixing, good dimensional stability and low temperature elasticity. Main Applications TPV, Automotive, mechanical goods, appliances.

Europrene ® N 3380 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 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. Main Applications Technical goods with outstanding mechanical properties, very low compression set and oil resistance.

Dutral® TER 6537 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using a Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 6537 is a very high molecular weight terpolymer of medium—high diene content, extended with 50% paraffinic oil. It has good low temperature performances, high green strength and very fast curing. It can accept the highest amount of filler and plasticizer. Dutral® TER 6537 can be used for producing low hardness and high elastic compound. Main Applications Automotive, mechanical goods, appliances, TPV, building.

Dutral® TER 7040 is an Ethylene - Propylene - Diene polymer produced by suspension polymerisation using an improved Ziegler-Natta Catalyst at the Ferrara production facility in Italy. A non-staining antioxidant is added during the production process. Key Features Dutral® elastomers are characterized by excellent resistance to ageing and weathering, good resistance to both high and low temperatures, low permanent set values, good resistance to a large number of chemicals. Dutral® TER 7040 is a high molecular weight terpolymer of medium-high diene content. It is characterized by high loading capacity, easier dispersion of ingredients during mixing, good dimensional stability and low temperature elasticity; the medium-high ENB content ensure a fast curing. Dutral® TER 7040 can be advantageously used in extrusion applications mainly where high mechanical properties and low temperature performances are required Main Applications: Building, automotive compact profiles, mechanical goods