It is a high density polyethylene compound intended for the insulation of radio frequency coaxial cables. HE1123 is designed to give the lowest possible cable attenuation by the selection of electrical clean feedstock and contains limited amount of selected additives. HE1123 is designed to be used as insulation for radio frequency coaxial cables having an extra high demand on low attenuation at high frequencies. By blending with a suitable stabilised LDPE component, such as LE1120, in an optimised ratio, prior to the extrusion, the lowest possible attenuation and good foaming properties can be achieved. Please find more information on applications below. Applications HE1123 is designed to use as physically foamed insulation for: - Radio frequency coaxial cables (50 Ohm) Specifications HE1123 meets the following material classification: - ISO 1872-PE, KGHN, 62-D090 - ASTM D 1248 Type IV, Class A, Category 3 The following cable material standards are met by HE1123: - EN 50290-2-23 Cables manufactured with HE1123 using sound extrusion practice normally comply with the following cable product standards: - IEC 61196 - EN 50117 Special Features HE1123 consists of specially selected components to offer: - Low attenuation at high frequency - Expansion degree above 80%

It is a fully formulated compound for chemical foamed data cable insulation. HE1344 is a high-density polyethylene compound containing chemical blowing agent. Applications HE1344 is intended for: - Foam or foam-skin insulation for telephone singles and data cable with typical expansion of 35-40%. - Dry core and petroleum jelly filled cables Specifications HE1344 meets the following material classification: - ISO 1872-PE, KEGHN, 45-D006 - ASTM D1248 Type III, Class A, Category 4 The following cable material standards are met by HE1344: - EN 50290-2-23 Cables manufactured with HE1344 using sound extrusion practice normally comply with the following cable product standards: - IEC 60708 - IEC 61156 - EN 50288 - EN 50407 Special Features HE1344 consists of specially selected components to offer: - Consistent cell structure - Excellent extrusion stability - Good surface finish - use in petroleum filled cables when extruded with relative low expansion (<40%)

It is a fully formulated compound for chemical foamed telesingles which passes the Telcordia Pedestal test. HE1345 is a high-density polyethylene compound containing chemical blowing agent. Applications HE1345 is intended for: - Foam or foam-skin insulation for telephone singles with typical expansion of 35-40%. Specifications HE1345 meets the following material classification: - ISO 1872-PE, KEGHN, 45-D006 - ASTM D1248 Type III, Class A, Category 4 The following cable material standards are met by HE1345: - EN 50290-2-23 Cables manufactured with HE1345 using sound extrusion practice normally comply with the following cable product standards: - IEC 60708 - EN 50407 Special Features HE1345 consists of specially selected components to offer: - Consistent cell structure - Excellent extrusion stability - Good surface finish

Borcoat HE3450 is a bimodal, high density polyethylene compound and is coloured black Borcoat HE3450 contains finely dispersed carbon black that helps to impart excellent weathering properties. Applications Borcoat HE3450 is recommended as a top coat for a three layer PE system used in: - Steel Pipe Coating Borcoat HE3450 is produced using advanced Borstar® technology that provides the material with good melt strength and extrudability, as well as superior mechanical properties at both low and high design temperatures and very good ESCR. Specifications Borcoat HE3450 is intended to fulfil following National and International standards, when appropriate industrial manufacturing standard procedures are applied and a continuous quality system is implemented and when used in combination with Borcoat TM ME0420 or Borcoat TM ME0433 and a compatible powder epoxy. - CAN/CSA-Z245.21 - DIN 30670 - ISO 21809-1 - Gazprom 2-2.3-130-2007 - NF A49-710 Special Features Borcoat HE3450 is suitable for severe lay conditions at low or elevated ambient temperatures. High processing speeds and a reduction in layer thickness may be possible under certain conditions. Borcoat HE3450 is intended for design temperature from -45 to +80 °C.

Borcoat HE3450-H is a bimodal, high density polyethylene compound and is coloured black Borcoat HE3450-H contains finely dispersed carbon black that helps to impart excellent weathering properties.

Borcoat HE3453 is a bimodal, high density polyethylene compound and is supplied unpigmented. Borcoat HE3453 is supplied with a specifically designed UV and thermal stabilisation package. The addition of a suitable colour masterbatch is required prior to extrusion Applications Borcoat HE3453 is recommended as a top coat for a three layer PE system used in: Steel Pipe Coating Borcoat HE3453 is produced using advanced Borstar® technology that provides the material with good melt strength and extrudability, as well as superior mechanical properties at both low and high temperatures and very good ESCR. Specifications Borcoat HE3453 is intended to fulfil following National and International standards, when appropriate industrial manufacturing standard procedures are applied and a continuous quality system is implemented and when used in combination with Borcoat ME0420 or Borcoat ME0433 and a compatible powder epoxy. - NF A49-710 - CAN/CSA-Z245.21 - DIN 30670S - ISO 21809-1 Special Features Borcoat HE3453 is suitable for severe lay conditions at low or elevated ambient temperatures. High processing speeds and a reduction in layer thickness may be possible under certain conditions. Operating temperatures up to 80°C are possible when used in a correctly composed and applied system.

Borcoat HE7405 is a black compound supplied in powder form. This product is thermal, as well as UV-stabilized.

Borcoat ME0420 is a maleic anhydride grafted polyethylene adhesive. The product is supplied in pellet form Applications Borcoat ME0420 is recommended as an adhesive for a three layer PE system used in: - Steel Pipe Coating - Specifications Borcoat ME0420 is intended to fulfill following National and International standards, when appropriate industrial manufacturing standard procedures are applied and a continuous quality system is implemented and when used in combination with Borcoat HE3450, HE3450-H or HE3453 and a compatible Fusion Bonded Epoxy(FBE) powder. - NF A49-710 - CAN/CSA-Z245.21 - EN ISO 21809-1 - DIN 30670 Special features Borcoat ME0420 is intended to be used as an adhesive for PE three layer systems at design temperatures between -40°C up to +90°C.

Borcoat ME0433 is a maleic anhydride grafted polyethylene adhesive. The product is supplied as a powder for application by spray. Applications Borcoat ME0433 is recommended as an adhesive for a three layer PE system used in: - Steel Pipe Coating Specifications Borcoat ME0433 is intended to fulfil following National and International standards, when appropriate industrial manufacturing standard procedures are applied and a continuous quality system is implemented and when used in combination with Borcoat™ HE3450, HE3450-H or HE3453 and a compatible Fusion Bonded Epoxy(FBE) powder. - NF A49-710 - CAN/CSA-Z245.21 - ISO 21809-1 - DIN 30670 Special Features Borcoat ME0433 is intended to be used as an adhesive for PE three layer systems at design temperatures between -40°C up to +90°C.

Borcoat ME3000FC is a maleic anhydride grafted polyethylene compound. It includes a combination of pigments and stabilisers to ensure long-term thermal stability. The product is supplied as pellets for melt extrusion. The product is coloured yellow. Applications Borcoat ME3000FC is recommended for melt extrusion of field joint coatings, repair patches and for hot applied tapes/sheets on buried or submerged pipelines. Steel Pipe Coating Specifications Borcoat ME3000FC is intended to fulfil the following international standard: - ISO 21809-3, FJC type 5E Special Features Borcoat ME3000FC is a reactive top coat polyethylene compound that can be hot applied directly onto an epoxy pre-coated pipe or as a hot applied tape/sheet together with the powder adhesive Borcoat TM ME0433 .

FR4830 is a chemically crosslinkable Non-halogen flame retardant Polyethylene compound for Primary Automotive and Appliance Wire. Applications FR4830 is intended for use as a 125° C rated primary insulation for crosslinked automotive and appliance wires. Specifications FR4830 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - SAE J1128/J1127 - UL 44 SIS - UL AWN Style 3173, 125 °C

FR4832 is a Chemically Crosslinkable Polyethylene Compound for Primary Automotive Wires. Applications FR4832 is intended for use as a 125° C rated primary insulation for crosslinked automotive wire. Specifications FR4832 in combination meets the applicable requirements as below when processed using sound extrusion and testing procedure: - SAE J1128/J1127

FR4837 is a chemically crosslinkable Non-halogen flame retardant Polyethylene compound for Primary Automotive and Appliance Wire. Applications FR4837 is intended for use as a 125° C rated primary insulation for crosslinked automotive wire. Specifications FR4837 in combination meets the applicable requirements as below when processed using sound extrusion and testing procedure: - SAE J1128/J1127

FR4845 is an Irradiation Crosslinkable non-halogen flame retardant compound developed for the automotive wire market. Applications FR4845 is intended for use as a 125° C rated primary insulation for crosslinked automotive wire. Specifications FR4845 in combination meets the applicable requirements as below when processed using sound extrusion and testing procedure: - SAE J1128/J1127

FR4847 is a Polyethylene Based Striping Compound for Primary Automotive Wires. FR4847 is designed and manufactured with advanced material and processing technology to provde enhanced stabilization and lower particulate matter. This compound was designed to have high compatability with our chemically crosslinkable non-halogen flame retardant insulation compounds. APPLICATION: FR4847 is intended for use as non-halogen flame retardant polyethylene compound in striping applications for primary automotive wires. It would be used in conjunction with our chemically crosslinkable nonhalogen flame retardant insulation compounds.

HE1110 is a high density insulation compound. HE1110 has very good flow properties and is especially designed to avoid excessive die hard pressure and to minimize die build-up.

LE4147 is a low density thermoplastic polyethylene compound. It is well stabilized and has the same basic flow properties as the crosslinkable compound.

It is a low loss LDPE compound for coaxial cables. LE6006 contains a special type of antioxidant, which does not adversely affect the electrical properties. Applications LE6006 is intended for: - Bamboo constructed cables - Coaxial cables - Inner skin of radio frequency cables - Telephone wires Specifications LE6006 meets the following material classification: - ISO 1872-PE, KGHN, 18-D003 - ASTM D 1248 Type I, Class A, Category 5, Grade E4, E5 The following cable material standards are met by LE6006: - EN 50290-2-23 - DIN VDE 0207, 2YI3 Cables manufactured with LE6006 using sound extrusion practice normally comply with the following cable product standards: - IEC 61196 - EN 50117 Special Features LE6006 consists of specially selected components to offer: - Low dielectrical loss - Smooth surface - Excellent surface finish - High output

LE6022 is a black low density copolymer modified polyethylene compound. It is characterized by excellent stress crack resistance and mechanical properties and low temperature performance in combination with good extrudability. LE6022 contains 2,5% well dispersed furnace black in order to ensure excellent weathering resistance. Applications LE6022 is designed for jacketing of communication cables. Specifications LE6022 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - ASTM D 1248 Type I, Class C, Category 5, Grade E5, J3, W2-4 - ISO 1872-PE, KCHL, 18-D003 The following cable material standards are met by LE6022: - EN 50290-2-24 - DIN VDE 0207 Type 2YM2 Cables manufactured with LE6022 using sound extrusion practice normally comply with the following cable product standards: - IEC 60502, Part 2, Type ST3 - IEC 60708 - IEC 60840, Type ST3 - HD 620 S2, Part 1, table 4B, DMP 17

LE6025 is a black low density copolymer modified polyethylene compound. It is characterized by excellent stress crack resistance and mechanical properties and low temperature performance in combination with good extrudability. LE6025 contains 2,5 % well dispersed furnace black in order to ensure excellent weathering resistance. Applications LE6025 is designed for jacketing of energy and communication cables. Specifications LE6025 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - ISO 1872-PE, KCHL, 18-D003 - ASTM D 1248 Type I, Class C, Category 5, Grade E5, J3, W2-4 The following cable material standards are met by LE6025: - EN 50290-2-24 Cables manufactured with LE6025 using sound extrusion practice normally comply with the following cable product standards: - IEC 60502, Part 2, Type ST3 - IEC 60840, Type ST3 - HD 603 S1, DMP 7, 8 - HD 620 S2, Part 1, table 4B, DMP 10, 12, 14, 17

BB2541 is a high density polyethylene with very high ESCR This product is intended for blow moulding. Applications - Household and chemical containers such as detergents, cleaners, motor oils - Industrial chemicals - Bottles and containers up to 10 litres Special Features - High stress crack resistance

BB2581 is a high density polyethylene intended for blow moulding products with high stiffness and very good environmental stress crack resistance (ESCR)

CA7230 is a low-density polyethylene for extrusion coating. CAS-No.: 9002-88-4 Applications CA7230 is designed for: - Extrusion coating of high volume production of boards and papers - Coating and lamination of aluminium foil - Co-extrusion applications - Coating of various plastic films and cellophane Additives - CA7230 contains no additives. Special features CA7230 is optimised to deliver: - Good water vapour barrier - Extremely low odour during processing

CA8200 is a low-density polyethylene for extrusion coating. CAS-No.: 9002-88-4 Applications CA8200 is designed for: - Extrusion coating of high volume production of boards and papers - Coating of various plastic films and cellophane Additives - CA8200 contains no additives. Special features CA8200 is optimised to deliver: - Good moisture barrier properties - Good adhesion properties - Good heat seal properties - Very low odour during processing

CA9150 is a low-density polyethylene for extrusion coating. CAS-No.: 9002-88-4 Applications CA9150 is designed for: - Coating and lamination of aluminium foil - Extrusion coating of high volume production of boards and papers - Coating of various plastic films and cellophane Additives - CA9150 contains no additives.

CC7209 is an extrusion coating grade especially designed for seal-peel applications. It gives smooth and easy peel when sealed against itself and PE. CC7209 provides also good adhesion to various substrates, particularly to aluminium. The rocommendation is to mix it with standard LDPE with the ratio 1:1 In this mixture processing like standard LDPE can be applied. The material must be pre-dried but there can be still a slight risk for filter blocking and filler agglomeration. CC7209 contains 30 percent finely dispersed filler CAS-No.: 9002-88-4 Applications CC7209 is recommended for: - extrusion coated seal-peel structures - Food packaging - tie layer for aluminium in extrusion coated/laminated structures Additives CC7209 contains finely dispersed filler but no other additives.

CG8410 is a high-density polyethylene for extrusion coating. Applications CG8410 is designed for: - Extrusion coating of high volume production of boards and papers Special Features CG8410 is optimised to deliver: - Good processability - High speed coating - Excellent moisture barrier properties - High grease resistance - Low friction - Increased surface hardness and stiffness

CG9620 is a high density polyethylene film grade which combine excellent extrusion behaviour with superior mechanical properties. CAS-No.: 25087-34-7 Applications CG9620 is recommended for: - Coated film - Co-extrusion applications Special Features CG9620 is optimised to deliver: - Excellent processability - Improved water vapour barrier - High temperature resistance - Very good mechanical properties - High grease resistance - Improved stiffness

CT7200 is a low-density polyethylene homopolymer for extrusion coating, produced with high pressure tubular technology. CAS-No. 9002-88-4

FA3221 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Includes Antioxidant. This grade is developed to give a strong film with balanced shrink properties. Applications FA3221 has been developed especially for applications like: - Heavy-duty sack - Food packaging - Agricultural films - Construction films - Shrink film Additives FA3221 contains antioxidant.

FA3227 is a low density polyethylene produced in a high-pressure process. FA3227 is a Low Density Polyethylene for Film Extrusion, UV stabilised. This grade is suitable for building and construction film and meets the requirements for heat, alkali and UV resistance described in the building standards from the Nordic countries. A 150-micron film based upon FA3227 will last at least four times as long as an unstabilised film of the same thickness. CAS-No.: 9002-88-4 Applications FA3227 has been developed especially for applications like: - Construction films - Shrink film - Heavy-duty sack - Liners Additives - FA3227 is UV stabilised.

FA5223 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Contains Antioxidant and Anti-block additive. This grade is developed to give strong film for medium duty applications. CAS-No.: 9002-88-4 Applications FA5223 has been developed especially for applications like: Heavy-duty sack - Carrier-bag film - Food packaging - Pouches - Shrink film - General packaging film Additives Content Antiblock (Talc) 850 ppm Borealis Method Antioxidant Yes Borealis Method

FA5224 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Contains Antioxidant, Anti-block and Medium Slip additives. This grade is developed to give strong film for medium duty applications. CAS-No.: 9002-88-4 Applications FA5224 has been developed especially for applications like: - Carrier-bag film - General packaging film - Pouches Additives Content Antiblock (Talc) 850 ppm Borealis Method Slip (Erucamide) 450 ppm Borealis Method Antioxidant Yes Borealis Method

FA6220 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Includes Antioxidant. This grade is developed for the production of thin blown films. CAS-No.: 9002-88-4 Applications FA6220 has been developed especially for applications like: - Shrink film - General packaging film - Pouches - Bubble film and foam Additives FA6220 contains antioxidant.

FA6224 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Contains Antioxidant, Anti-block and Medium Slip additives. This grade is developed for the production of thin blown films. CAS-No.: 9002-88-4 Applications FA6224 has been developed especially for applications like: - Pouches - General packaging film Additives Content Antiblock (Talc) 850 ppm Borealis Method Slip (Erucamide) 500 ppm Borealis Method Antioxidant (Vitamin E) Yes Borealis Method

FA7220 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Includes Antioxidant. This grade is developed for production of blown film or cast film with good optical properties. When cast on a polished chill roll, the grade produces household cling film with excellent optical and cling properties. CAS-No.: 9002-88-4 Applications FA7220 has been developed especially for applications like: - Protective film - Laundry and other textile bags - Very thin and clear packing films Additives FA7220 contains antioxidant.

FA7224 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Contains Antioxidant, Anti-block and Medium Slip additives. This grade is developed for production of blown film or cast film with good optical properties. CAS-No.: 9002-88-4 Applications FA7224 has been developed especially for applications like: - Thin bags with excellent optical and slip properties - Laundry and other textile bags Additives Content Antiblock (Talc) 1100 ppm Borealis Method Slip (Erucamide) 700 ppm Borealis Method Antioxidant Yes Borealis Method

FA7229 is a Low Density Polyethylene for Film Extrusion. Autoclave Technology. Includes Antioxidant and Cling additive. This grade is developed for production of blown cling film. CAS-No.: 9002-88-4 Applications FA7229 has been developed especially for applications like: - Food wrap film - Blending - Lamination films Additives FA7229 contains antioxidant and antifog/cling additives.

FG5199 is a Butene Linear Low Density Polyethylene for Film Extrusion. Includes Antioxidant, Anti-Fog and Cling additives. The grade is developed for blown cling film. Film made from FG5199 is suitable for manual wrapping of various foodstuffs e.g. cheese, meat and vegetables.

FG5223 is a Butene Linear Low Density Polyethylene for Film Extrusion. Includes Antioxidant and Anti-block additives. This grade is developed for production of lamination film. FG5223 has good heat sealing properties and hot tack strength. By mixing with FG5224 any desired level of friction can be obtained.