POLIGOM G/30 : is the trade-mark of our crosslinkable halogen free EPR/EPDM. POLIGOM G/30 BIANCO : is a chemically crosslinkable rubber for low voltage cable insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst MAC/202 or MAC/308 PSF. These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: HD22.1 EI4 , AS/NZS 3808:2000 X-90,R-E-110

POLIGOM: is the trade-mark of our crosslinkable EPR/HEPR/EPDM. POLIGOM G/30 C: chemically crosslinkable rubber for low voltage cable insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst MAC/202 or MAC/308 PSL. These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Cerfity: HD22.1 S3 EI4-EI6, AS/NZS 3808:2000 X-90,R-E-110

POLIGOM : is a crosslinkable EPR/EPDM. POLIGOM G/30 CS : is a chemically crosslinkable rubber for low voltage cable insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst MAC/202-203 or MAC/100 SCU (more reactive). These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Cerfity: HD221 S3 EI4-EI6, AS/NZS 3808:2000 X-90, R-E-110

POLIGOM: is the trade-mark of our crosslinkable EPR/EPDM. POLIGOM G/30: chemically crosslinkable rubber for low voltage cable insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst MAC/202, in some case special catalyst MAC/308 PSL (less activity) is necessary. These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify: HD22.1 S3 EI4-EI6 ,EN50363-2-1 EM6, AS/NZS 3808:2000 X-90,R-E-110

POLIGOM: is the trade-mark of our compound EPDM basis. POLIGOM G/35: thermoplastic elastomer compound for power cables insulation and sheathing. Thermoplastic elastomer compound with high resistance to copper catalysis, thermal oxidation. Certify: Termoplastico/Thermoplastic AU/NZS 3808 TPE-75,GP-75-TPE

POLIGOM : is the trade-mark of our crosslinkable EPR/EPDM. POLIGOM G/40 : chemically crosslinkable rubber for low voltage cable insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst MAC/100 SCU These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 94/6 Certify : BS 7655 GP4-GP5-GP7,HD22.1 EI4-EI6-EI7

POLIGOM : is the trade mark of our crosslinkable EPR/HEPR/EPDM compound ( phthalate plasticizers free ). POLIGOM G/42 : halogen free chemically crosslinkable elastomer for low voltage cable insulation and sheathing: suitable for G7. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 SCU. FOR SOLAR CABLES INSULATION WE SUGGEST TO USE CATALYST MAC/520 at 6-7,5 % REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 94/6 Certify : EN 50363-0 G7,BS 7655 GP4-GP5-GP6-GP7,HD 22.1 EI7

POLIGOM : is the trade-mark of our flexible crosslinkable EPR/EPDM polymer. POLIGOM G/44 : chemically crosslinkable elastomer base for low voltage cable insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 SCU. REACTION BETW EEN GRAFTING AND CATALYST: These two com pounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 94/6 Certify : HD 22,1 EI4-EI6-EI7-EM3,VDE 0207/20 3GI3,BS 7655 RS5-GP7

POLIGOM : is the trade-mark of our crosslinkable EPR/HEPR/EPDM. POLIGOM G/7 CPR : halogen free chemically crosslinkable elastomer for low voltage cable insulation and sheathing: suitable for G7. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 SCU or MAC/203 (less reactive type). REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 95/5 Certify : EN 50363-0 G7,BS 7655 GP4-GP5-GP6-GP7,HD 22.1 EI7

POLIGOM is the trade-mark of our crosslinkable EPDM compound. POLIGOM GO/10 is a chemically crosslinkable OIL RESISTANT rubber for power cables insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 PSF or MAC/203 HS. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 98,5/1,5 Certify: HD22.1 EM2, BS7655 RS4

POLIGO is the trade-mark of our crosslinkable EPDM compound. POLIGOM GO/12 R: chemically crosslinkable OIL RESISTANT rubber for power cables insulation and sheathing. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/100 PSF,MAC/203 HS orMAC/100 SCU. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before startingextrusion in the ratio: GRAFTING/CATALYST 98/2 Certify: HD22.1 EM2,BS7655 RS4,UL 62 105°C

POLIGOM :is the trade-mark of our compound EPR-HEPR-EPDM-PP/Rubber based. POLIGOM PR/50: very transparent thermoplastic elastomer compound for cables sheath. Suitable also for general estrusion. Halogen free compound. Certify : Guaina Cristallo/Crystal Sheath

POLIGOM: is the trade-mark of our crosslinkable EPDM compound (phthalate plasticizers free). POLIGOM R/75: is a chemically crosslinkable rubber for low voltage cable insulation and sheathing suitable for G7. It is a conveniently grafted compound able to react in presence of moisture and of a catalyst. We normally suggest our catalyst type MAC/202 or MAC/203. FOR SOLAR CABLES INSULATION WE SUGGEST TO USE CATALYST MAC/520 at 7-7,5 %. REACTION BETWEEN GRAFTING AND CATALYST: These two compounds, separately stored, must be mixed before starting extrusion in the ratio: GRAFTING/CATALYST 94/6 Certify: CEI 2011 G7,IEC 60502-1 HEPR,TUV

Peroxide cured, Ethylene Propylene Terpolymer, 46-55 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Complies with FDA code of Federal regulations title CFR21 section 177.2600. Water and n-hexane tested. Also complies to the requirements of USP 25, NF20, 2002, Class 6. To meet ASTM D2000/SAE J200 line call-out M3CA507, A25, B35, EA14, F17. Excellent water and steam resistance with good compression set properties. Heat and chemical resistance is superior to that of sulphur cured EPDM. Not oil resistant.

Sulphur cured, off-white Ethylene Propylene Terpolymer, 55-65 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated using only those ingredients determined by the United States Federal Food and Drug Administration (FDA) to be in accordance with Code of Federal Regulations Title (CFR21), Section 177.2600. Extraction tested in distilled water. Suitable for repeated use with dry and aqueous foodstuffs intended for human consumption. Not suitable for use with fatty foodstuffs.

Peroxide cured, Ethylene Propylene Terpolymer, 60 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated using only those ingredients determined by the United States Federal Food and Drug Administration (FDA) to be in accordance with Code of Federal Regulations, Title 21 (CFR21), Section 177.2600. To meet ASTM D2000/SAE J200 line call-out M4CA610, A25, B35, C32, EA14, F17. Excellent water and steam resistance with good compression set properties. Superior heat and chemical resistance compared to sulphur cured EPDM. Not oil resistant.

Blue, Ethylene Propylene Terpolymer (EPT), 65-75 IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated using only those ingredients determined by the United States Food and Drug Administration (FDA), in accordance with Code of Federal Regulations Title 21 (CFR21), Section 177.2600. ASTM & ISO designation = EPDM. Formulated for repeated use with aqueous foodstuffs intended for human consumption. Not suitable for use with fatty foodstuffs

Sulphur cured Ethylene Propylene Terpolymer 60-70 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated in accordance with BS2494 Type ‘W'. For joint rings, sealing rings and gaskets, and general applications where water and weathering resistance is required

Peroxide cured, white Ethylene Propylene Terpolymer, 66-75 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated using only those ingredients determined by the United States Federal Food and Drug Administration (FDA) to be in accordance with Code of Federal Regulations Title (CFR21), Section 177.2600. Extraction tested in distilled water and N-hexane. Also complies with the requirements of USP 25, NF20, 2002, Class 6. Excellent water and steam resistance with good compression set properties. Heat and chemical resistance is superior to that of sulphur cured EPDM. Not oil resistant.

General purpose, peroxide cured, Ethylene Propylene Terpolymer, 70-75 °IRHD. Terpolymer of ethylene, propylene and diene monomers. To meet ASTM D2000/SAE J200 line call-out M5CA710, A25, B35, C32, EA14, F17. Excellent water and steam resistance with good compression set properties. Better heat and chemical resistance than sulphur cured EPDM. Not mineral oil resistant.

E70Q is a peroxide-cured, Ethylene Propylene Terpolymer material suitable for use in all types of applications requiring FDA, USP and 3A compliance. It is suitable for use in all food contact applications including dry, aqueous and fatty* media. E70Q provides excellent water and steam resistance and is widely used in equipment associated with the production of foodstuffs intended for human consumption and biomedical applications. Available in any sized O-ring (fully moulded up to 2.5m/8ft internal diameter), gaskets and custom designed components. Key Attributes - FDA compliant - extraction tested to CFR 21 § 177.2600 (e,f) - USP Class VI <88> and USP <87> compliant - 3A Sanitary Standard 18-03 Class 2 compliant - Free from Animal Derived Ingredients (ADI) Typical Applications Recommended for use in food, dairy, biomedical and pharmaceutical applications. - O-rings - Gaskets - Hygienic/sanitary couplings & pipe connectors - Valves - Pumps - Metering equipment

General Purpose, Ethylene Propylene Terpolymer (EPT) 75-85 IRHD. Terpolymer of ethylene, propylene and diene monomers. To meet Aerospace specification DTD 5597A Grade 80. ASTM & ISO designation = EPDM. For sealing applications where good fluid resistance and low compression set are of prime importance. For continuous and/or intermittent use in contact with phosphate ester or silicone hydraulic fluids within the temperature ranges as quoted. Suitable for applications in contact with air, this material has excellent resistance to ozone. Unsuitable for use in contact with fuels, mineral oil based and diester oils and silicate fluids or greases derived from these.

Sulphur cured, white Ethylene Propylene Terpolymer, 75-85 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated using only those ingredients determined by the United States Federal Food and Drug Administration (FDA) to be in accordance with Code of Federal Regulations Title (CFR21), Section 177.2600 (a-e): "Rubber articles intended for repeated use". Material formulated for repeated use with aqueous foodstuffs intended for human consumption.

E80Q is a peroxide-cured, Ethylene Propylene Terpolymer material formulated using only those ingredients determined by the US Food and Drug Administration (FDA). E80Q is suitable for use in food contact applications requiring FDA and 3A compliance. E80Q provides excellent water and steam resistance and good compression set properties. The material's heat and chemical resistance is superior to that of sulphur-cured EPDM. Available in any sized O-ring (fully moulded up to 2.5m/8ft internal diameter), gaskets and custom designed components. Key Attributes - FDA compliant to CFR 21 § 177.2600 (a-d) - 3A Sanitary Standard 18-03 Class 2 compliant - Free from Animal Derived Ingredients (ADI) Typical Attributes Recommended for use in food and dairy applications. - O-rings - Gaskets - Hygienic/sanitary couplings & pipe connectors - Valves - Pumps - Metering equipment

Sulphur cured, white Ethylene Propylene Terpolymer, 75-85 °IRHD. Terpolymer of ethylene, propylene and diene monomers. Formulated using only those ingredients determined by the United States Federal Food and Drug Administration (FDA) to be in accordance with Code of Federal Regulations Title (CFR21), Section 177.2600. Material formulated for repeated use with aqueous foodstuffs intended for human consumption.

Qmonix® — Minnesota Rubber and Plastics portfolio of high performance EPDM materials. Within the Qmonix® family are materials used for Water, Food and Beverage applications which carry certifications from many of the largest global certifying agencies. In addition, Qmonix® materials deliver durability and longevity, and remain highly stable in critical applications under extreme conditions in Medical and Pharmaceutical, Transportation, and Power industry applications.

Qmonix® — Minnesota Rubber and Plastics portfolio of high performance EPDM materials. Within the Qmonix® family are materials used for Water, Food and Beverage applications which carry certifications from many of the largest global certifying agencies. In addition, Qmonix® materials deliver durability and longevity, and remain highly stable in critical applications under extreme conditions in Medical and Pharmaceutical, Transportation, and Power industry applications.

Qmonix® — Minnesota Rubber and Plastics portfolio of high performance EPDM materials. Within the Qmonix® family are materials used for Water, Food and Beverage applications which carry certifications from many of the largest global certifying agencies. In addition, Qmonix® materials deliver durability and longevity, and remain highly stable in critical applications under extreme conditions in Medical and Pharmaceutical, Transportation, and Power industry applications.

Qmonix® — Minnesota Rubber and Plastics portfolio of high performance EPDM materials. Within the Qmonix® family are materials used for Water, Food and Beverage applications which carry certifications from many of the largest global certifying agencies. In addition, Qmonix® materials deliver durability and longevity, and remain highly stable in critical applications under extreme conditions in Medical and Pharmaceutical, Transportation, and Power industry applications.

Qmonix® — Minnesota Rubber and Plastics portfolio of high performance EPDM materials. Within the Qmonix® family are materials used for Water, Food and Beverage applications which carry certifications from many of the largest global certifying agencies. In addition, Qmonix® materials deliver durability and longevity, and remain highly stable in critical applications under extreme conditions in Medical and Pharmaceutical, Transportation, and Power industry applications.

A medium molecular weight terpolymer of ethylene, propylene and ENB (ethylidene norbornene) with a very good processibility. The polymer contains 5 phr of carbon black (GPF-N650).

Reprocessed terpolymer of ethylene, propylene and diene with a very good processibility.

Reprocessed oil-extended terpolymer of ethylene, propylene and diene with a very good processibility.

Reprocessed free-flowing terpolymer of ethylene, propylene and ENB with a very good processibility.

Reprocessed terpolymer of ethylene, propylene and diene with a very good processibility

A High Ethylene, Low Viscosity Polymer with High Green Strength for Wire and Cable Applications Unique Features - Excellent processing at low filler loadings without oil - Excellent wet electrical stability Applications - Medium to high voltage insulations - Molded electrical components - Automotive ignition wire

A High Ethylene, Low Viscosity Polymer with High Green Strength for Wire and Cable Applications Unique Features - Excellent processing at low filler loadings without oil - Excellent wet electrical stability Applications - Medium to high voltage insulations - Molded electrical components - Automotive ignition wire

A DCPD Polymer for Electrical Insulation and Blends for Tire and Inner Tube Applications Unique Features - Excellent dry and wet electrical stability - Functions as a non-staining polymeric antiozonant in blends with NR, SBR and other diene polymers - Excellent low temperature properties - Provides ozone and heat resistance in blends with butyl and diene polymers Applications - Medium voltage power cable insulations - In blends with diene elastomers for coverstrips, white sidewalls of bias and radial tires - In blends with butyl rubber to improve heat and ozone resistance for inner tubes - Extruded profiles

A Highly Extendable DCPD Polymer with Heavy Hydrotreated Paraffinic Oil for TPO/TPV and Thermoset Applications Unique Features - Very high molecular weight base polymer - Highly extendable - Extended with a light-colored paraffinic oil plasticizer - Good green strength for shape retention on extrusion - Excellent for making low hardness compounds - Extended with a white, hydrotreated paraffinic oil Applications - Low durometer compounds - TPO and TPV - Profile Extrusions - Blends with butyl rubber for tubes - Low cost flexible cord and ignition wire insulations - Dispersions - Cable filler compounds

A General Purpose Sponge and Tire Polymer Unique Features - High unsaturation - Ultra fast cure rate - Medium range plasticity allows for use in both extrusion and molding applications - Co-cures well with SBR and NR - Non-staining - Excellent low temperature properties and weathering resistance - Mixes quickly in internal mixers with excellent dispersion Applications - Closed cell sponge profile extrusions - Closed cell sheet sponge - Automotive closed cell sponge molded weatherstrip assembly corners - Molded open cell sponge - Tire components, such as coverstrips, white sidewalls and black sidewalls, in blends with diene polymers