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

FT3200 is a Low Density Polyethylene for Film Extrusion. Tubular Technology. Unmodified. CAS-No.: 9002-88-4 Applications FT3200 is recommended for: - Heavy-duty bags - Construction films - Shrink film - Agricultural films Additives FT3200 contains no additives. Special Features FT3200 is optimised to deliver: - Excellent shrink performance

FT5230 is a Low Density Polyethylene for Film Extrusion. Tubular Technology. Unmodified. This grade is developed for the production of packaging film with good optical properties for medium duty film applications. CAS-No.: 9002-88-4 Applications FT5230 has been developed especially for applications like: - Shrink film - Lamination films - Carrier-bag film - Food packaging - Pouches Additives - FT5230 contains no additives.

FT5236 is a Low Density Polyethylene for Film Extrusion. Tubular Technology. Includes Anti-block and Medium Slip additives.

FT6230 is a tubular, low density, polyethylene grade for the production of packaging film. FT6230 is developed to give films with good optical properties for thin film applications. FT6230 is intended for applications like: - Films for use on automated packaging machinery - Pouches - Fine shrink films - Food packaging films FT6230 contains no additives.

HE1106 is a fully formulated compound for physical foamed coaxial cable insulations It is based mainly on high density polyethylene and a nucleating agent to initiate the gas injection foaming process. Applications - HE1106 is designed to use as physically foamed insulation for: - Small to medium size coaxial cable constructions (type RG) Specifications HE1106 meets the following material classification: - ISO 1872-PE, KEGHN, 50-D090 - ASTM D 1248 Type III, Category 3 The following cable material standards are met by HE1106: - EN 50290-2-23 Cables manufactured with HE1106 using sound extrusion practice normally comply with the following cable product standards: - IEC 61196 - EN 50117 Special Features HE1106 consists of specially selected components to offer: - Low attenuation over a wide range of frequencies - High expansion degree to slightly above 80% - Broad application window - Uniform cell structure - Smooth surface

HE1355 is a fully formulated, high density polyethylene compound, containing an Azodicarbonamide (ADCA)-free chemical blowing agent, for telesingles. Applications HE1355 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 HE1355 passes the requirements for long-term stability test for filled cables (100°C) according to EN 60811-408. Special Features HE1355 consists of specially selected components to offer: - Outstanding extrusion stability - Good surface finish - Consistent cell structure - ADCA-free

It is a HDPE compound for solid insulation of telephone singles with high extrusion speed. HE3366 is designed as insulation for petroleum filled telephone cables. It is also suitable as outer skin in "foam-skin" constructions. Specifications HE3366 meets the following material classification: - ISO 1872-PE, KGHN, 45-D006 - ASTM D 1248 Type III, Class A, Category 4, Grade E8, E9 The following cable material standards are met by HE3366: - EN 50290-2-23 - DIN VDE 0207, 2YI1 Cables manufactured with HE3366 using sound extrusion practice normally comply with the following cable product standards: - IEC 60708 - EN 50407 - DIN VDE 0818 Special Features HE3366 consists of specially selected components to offer: - Low die head pressure - Very good flow behaviour

It is a fully formulated compound for physical foamed data cable insulation. HE4873 is a high-density polyethylene compound containing blowing agent for the production of foam or foam-skin insulation. Applications HE4873 is designed to use as physically foamed insulation for: - Data cables Specifications HE4873 meets the following material classification: - ISO 1872-PE, KEGHN, 45-D045 - ASTM D1248 Type III, Class A, Category 3, Grade E1, E3 The following cable material standards are met by HE4873: - EN 50290-2-23 Cables manufactured with HE4873 using sound extrusion practice normally comply with the following cable product standards: - IEC 61156 - EN 50288 Special Features HE4873 consists of specially selected components to offer: - Optimal cell structure - Smooth surface - Low plate out - Easy extrusion - High process control - Improved crushability

HE4883 - It is a fully formulated Azodicarbonamide free compound for physical foamed data cable insulation. HE4883 is a high-density polyethylene compound containing blowing agent for the production of foam or foam-skin insulation. Applications HE4883 is designed to use as physically foamed insulation for: - Data cables Specifications HE4883 meets the following material classification: - ISO 1872-PE, KEGHN, 45-D045 - ASTM D1248 Type III, Class A, Category 3, Grade E1, E3 The following cable material standards are met by HE4883: - EN 50290-2-23 (Appropriate parts) - EN 50290-2-33 Cables manufactured with HE4883 using sound extrusion practice normally comply with the following cable product standards: - IEC 61156 - EN 50288 Special Features HE4883 consists of specially selected components to offer: - Optimal cell structure - Smooth surface - Easy extrusion - High process control - Improved crushability

HE9621PH3 is a resin intended for evaluation for use in Healthcare applications. HE9621PH3 is a high density polyethylene with narrow molecular weight distribution typically used in injection moulding of articles requiring medium flow with high rigidity. This grade is designed for articles which require high stiffness and low warpage. Material can be sterilised with ethylene oxide, steam and radiation up to 35 kGy; as a result of sterilisation by radiation some minor yellowing can occur. CAS-No.: 9002-88-4 Applications HE9621PH3 has been evaluated according to different regulations and norms. Typical applications are mentioned below for Medical devices or Pharmaceutical & Diagnostic packaging. However, Borealis should be consulted for final approval to evaluate the use of HE9621PH3 . - Plungers for syringes - Packaging for powder, tablets & pills - Caps and closures This grade may only be used for the applications listed in the Product Datasheet and only to the extent that the application is within the scope of the tests set out in the Statement on Compliance to Regulations on Medical Use for that grade. If an application is not listed in the Product Datasheet, the grade can be used for such application only after express written consent of the Borealis Marketing Manager, Healthcare. Borealis prohibits the use of any healthcare grade product in an implantable device that is introduced into the human body by surgical intervention and that is intended to remain in place following surgical procedure. Special Features - High rigidity - Low extractables

LE0563 is a thermoplastic semiconductive compound specifically designed for medium- high and extra-high voltage cable systems requiring improved grounding. It may be used either as a complete jacket or as a thin layer extruded on top of the regular jacket. This compounds permits easy diagnostic testing of the cable to ensure jacket conformity, allowing confirmation of fault-free cable before and after installation. It provides excellent mechanical properties, superior environmental stress crack resistance and good electrical conductivity. Due to the semiconductive properties, it will also provide added protection against lightning. Specifications : LE0563 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - IEC 60502, Type ST7 - IEC 60840, Type ST7 - IEC 62067, Type ST7 - ICEA S-94-649, Type 1 - ICEA S-108-720, Type 1 - ICEA S-108-720, Type 2 Features: LE0563 provides excellent environmental stress crack resistance and good electrical conductivity.

LE0572 is a thermoplastic black polyethylene compound, specially designed for semiconductive strippable insulation screen of energy cables. It can be used in thermoplastic form or crosslinked via a grafting process. Applications LE0572 is intended for semiconductive strippable insulation screens for silane crosslinkable medium voltage cables with rated voltages up to 36 kV. Specifications LE0572 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - IEC 60502-2 - Cenelec HD620 S2

LE0574 is a thermoplastic black polyethylene compound, specially designed for strippable semiconductive screen applications.It can be used in thermoplastic form or crosslinked via a grafting process. LE0574 is intended for strippable semiconductive shield for silane crosslinkable medium voltage cables with rated voltages up to 36 kV. LE0574 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - BS 6622 - IEC 60502 - ISO 1872-EVAC, KHYX, 40-G090, C35 - NF C33-223

LE0865 is a natural, modified polyethylene compound. Shutting down extruders can be facilitated by means of a special compound. LE0865 is a compound specially formulated to simplify the work with keeping the extruder, head and die clean during shut down. The compound does not stick hard to metal surfaces and is therefore easy to remove by purging or mechanically with e.g. a brass tool. The excellent heat stabilisation of the compound may also allow for prolonged stop times at elevated temperatures. The heat stability of the compound will prevent premature thermo oxidative degradation that can result in oxidised particles that may be formed during extruder stand still. The compound has been demonstrated effective in allowing weekend shut down of film extrusion lines without dismantling for cleaning. It has also been found effective to aid dismantling of HV extruders and crossheads which are subjected to relatively low temperature extrusion processes. However, LE0865 is normally not effective for cleaning of extruders where high process temperatures result in degraded material being accumulated during normal operation. In these cases the use of a properly formulated cleaning compound followed by dismantling and mechanical cleaning is recommended.

It is a low density polyethylene compound intended for the insulation of radio frequency coaxial cables. LE1120 is designed to give the lowest possible cable attenuation by the selection of electrical clean feedstock and contains no additives. Applications LE1120 is designed to use as physically foamed insulation for: - Radio frequency coaxial cables (50 Ohm) Specifications LE1120 meets the following material classification: - ISO 1872-PE, KGN, 23-D045 - ASTM D 1248 Type I, Class A, Category 3, Grade E1, E2, E3 The following cable material standards are met by LE1120: - EN 50290-2-23 Cables manufactured with LE1120 using sound extrusion practice normally comply with the following cable product standards: - IEC 61196 - EN 50117 Special Features LE1120 consists of specially selected components to offer: - Low attenuation at high frequency - Expansion degree above 80 %

MA8200 is an autoclave polymerised LDPE homopolymer offering good impact strength and flowability. It is intended to be used over a wide range of moulding applications especially injection moulded caps and closures applications. The grade does not contain slip or antistatic agent. CAS-No. 9002-88-4 Applications - Caps and closures Additives MA8200 contains no additives.

It is a fully formulated compound for chemical foamed telesingles. ME1244 is a medium-density polyethylene compound containing chemical blowing agent. Applications ME1244 is intended for: - Foam or foam-skin insulation for telephone singles with typical expansion of 35-40%. - Dry core and petroleum jelly filled cables Specifications ME1244 meets the following material classification: - ISO 1872-PE, KEGHN, 33-D006 - ASTM D 1248 Type II, Class A, Category 4 The following cable material standards are met by ME1244: - EN 50290-2-23 Cables manufactured with ME1244 using sound extrusion practice normally comply with the following cable product standards: - IEC 60708 - EN 50407 Special Features ME1244 consists of specially selected components to offer: - Outstanding extrusion stability - Good surface finish - Consistent cell structure

ME1254 is a fully formulated Azodicarbonamide (ADCA)-free compound for chemical foamed telesingles. ME1254 is a medium-density polyethylene compound containing chemical blowing agent. Applications ME1254 is intended for: - Foam or foam-skin insulation for telephone singles with typical expansion of 35-40%. - Dry core and petroleum jelly filled cables Specifications ME1254 passes the requirements for long-term stability test for filled cables (100°C) according to EN 60811-408. Special Features ME1254 consists of specially selected components to offer: - Outstanding extrusion stability - Good surface finish - Consistent cell structure - ADCA-free

It is a MDPE compound for solid insulation of telephone singles and data cables at high line speed. It contains a metal deactivator. Applications ME6032 is intended for: - Dry core and petroleum jelly filled cables Specifications ME6032 meets the following material classification: - ISO 1872-PE, KGHN, 27-D003 - ASTM D 1248 Type II, Class A, Category 5, Grade E4, E5 The following cable material standards are met by ME6032: - EN 50290-2-23 - DIN VDE 0207, 2YI1 - DIN VDE 0207, 2YI3 Cables manufactured with ME6032 using sound extrusion practice normally comply with the following cable product standards: - IEC 60708 - IEC 61156 - EN 50288 - EN 50407 Special Features ME6032 consists of specially selected components to offer: - High extrusion speed up to 2400 m/min - Good copper adhesion - Excellent surface finish - High output

MG7547B is a high-density polyethylene produced by a low pressure process. This grade has an excellent impact strength and low distortion even at low temperatures. It also contains UV-stabilizer, which makes this grade especially suited for outdoor applications.

MG7547S is a high-density polyethylene produced by a low pressure process. This grade has an excellent impact strength and low distortion even at low temperatures. It also contains UV-stabilizer, which makes this grade especially suited for outdoor applications. Applications - Waste bins - Transport packaging - Crates Special features - Very good impact strength - Very good toughness

MG9647S is a natural high-density polyethylene with a narrow molecular weight distribution, which is produced in a low-pressure gas-phase process. This grade is designed for the injection moulding of articles which require good rigidity, good flow properties and high impact strength. It also contains UV-stabilizer, which makes this grade especially suited for outdoor applications.

PC0780 is a flame retardant crosslinking polyethylene compound for low voltage insulation. PC0780 contains a halogen-based, flame retardant additive package designed to reduce normal PE flame spread characteristics and achieve a VW-1 flame resistant rating on 14 AWG/45mils wires and larger. PC0780 is readily pigmented to a variety of colors using standard wire & cable concentrates designed for thermoplastic or crosslinked polyethylene. UV weather resistance is obtainable by the addition of a suitable carbon black or UV additive.

PC0787 is a flame retardant crosslinking polyethylene compound for low voltage insulation. PC0787 contains flame retardant additives to reduce normal flame spread characteristics so as to achieve a VW-1 flame resistance rating when tested according to the UL 44 Vertical Flame test on 14 AWG/45Mils wires. PC0787 contains a slower peroxide and therefore provides wider processing latitude. It is recommened for control cable insulation.

PC0798 is a flame retardant crosslinking polyethylene compound for low voltage insulation. PC0798 is a halogenated, colorable, chemically crosslinkable copolmer compound which contains flame retardant additives to reduce normal flame spread characteristics so as to achieve a flame resisant rating when used according to the UL 44 Horizontal test on 14 AWG.

It is a HDPE compound for solid insulation of symmetric data cable at high extrusion speed. Applications HE4872 is intended for: - High frequency data transmission cables - Outer skin of foam-skin constructions NOTE: If using HE4872 as telephone single insulation, especially in petroleum jelly filled cables, addition of extra stabilization may be needed to ensure long-term heat stability. Specifications HE4872 meets the following material classification: - ISO 1872-PE, KGHN, 45-D006 - ASTM D 1248 Type III, Class A, Category 4, Grade E8, E9 The following cable material standards are met by HE4872: EN 50290-2-23 Cables manufactured with HE4872 using sound extrusion practice normally comply with the following cable product standards: - IEC 61156 - EN 50288 Special Features HE4872 consists of specially selected components to offer: - Good conductor adhesion - Very good flow behaviour - Low die head pressure - Excellent surface finish - High output

Borlink LC8205R is a crosslinkable natural polyethylene compound based on Supercure technology, specially designed for insulation of energy cables. Applications Borlink LC8205R is intended for insulation of XLPE power cables with rated voltages up to 72 kV. It is designed for cable constructions with bonded insulation shields. Specifications Borlink LC8205R meets the applicable requirements as below when processed using sound extrusion practices and testing procedures - Cenelec HD 620 S1, Part 1, table 2A, DIX 3 to 14 - IEC 60502-2 - DIN VDE 0276-620 - IEC 60840 - GOSTR 55025-2012 Special Features Borlink LC8205R is a ready-to-use natural co-polymer compound. It provides superior electrical performance (polymer WTR XLPE) meeting the most stringent wet ageing requirements. It offers excellent scorch resistance, long production runs and high line speed potential. Borlink LC8205R cleanliness level is assured through the Borealis quality control system.

Borlink LE0310-04 is a crosslinkable black polyethylene compound, specially designed for semiconductive strippable insulation shield of energy cables.

Borlink LE0315 is a crosslinkable black polyethylene compound, specially designed for semiconductive strippable insulation screen of energy cables.

Borlink LE0500 is a Supersmooth crosslinkable black polyethylene compound, specially designed for semiconductive conductor screen and bonded insulation screen of energy cables. Applications Borlink LE0500 is intended for semiconductive shielding of XLPE extra high voltage (EHV) cables. Specifications Borlink LE0500 meets the applicable requirements as below when processed using sound extrusion practices and testing procedures - AEIC CS8 - AEIC CS9 - BS 6622 - Cenelec HD 620 S1 - Cenelec HD 632 S1 - DIN VDE 0276-620 - DIN VDE 0276-632 - ICEA S-108-720 - ICEA S-93-639 - ICEA S-94-649 - ICEA S-97-682 - IEC 60502-2 - IEC 60840 - IEC 62067 - NF C33-223 - NF C33-226 - UTE C 33-223 Special Features Borlink LE0500 is a ready-to-use Supersmooth semiconductive compound. It offers excellent thermal stability which provides robust cable extrusion and crosslinking at high surface temperature. The excellent distribution of carbon black and additives in Borlink LE0500 results in a superior smoothness of the semiconductive screen.

Borlink LE0500EHV is a Supersmooth ready-to-use semiconductive compound, specially designed for semiconductive conductor screen and bonded insulation screen of energy cables. Applications Borlink LE0500EHV is intended for semiconductive shielding of XLPE extra high voltage (EHV) cables. Specifications Borlink LE0500EHV meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - AEIC CS9 - ANSI/ICEA 108-720 - EC 62067 Special Features Borlink LE0500EHV is a ready-to-use semiconductive compound. It offers excellent thermal stability which provides robust cable extrusion and crosslinking at high surface temperature. The excellent distribution of carbon black and additives in Borlink LE0500EHV results in superior smoothness of the semiconductive screen. Borlink LE0500EHV is intended as conductive shields in cables rated 400kV and above. The product is manufactured with the most stringent specification on smoothness reflected by a frequency of pips reduced by 50% compared to Borlink LE0500.

Borlink LE0504 is a crosslinkable black polyethylene compound, specially designed for semiconductive conductor shield or bonded insulation shield of energy cables.

Borlink LE0511 is a crosslinkable black polyethylene compound, specially designed for semiconductive strippable insulation screen of energy cables.

Borlink LE0516 is a crosslinkable black polyethylene compound, specially designed for semiconductive strippable insulation screen of energy cables.

Borlink LE0520 is a crosslinkable black polyethylene compound, specially designed for semiconductive strippable insulation screen of energy cables.

Borlink LE0550DC is a Supersmooth crosslinkable black polyethylene compound, specially designed for semiconductive conductor screen and bonded insulation screen of energy cables. Applications Borlink LE0550DC is intended for semiconductive shielding of crosslinked HVDC solid dielectric cables. Special features Borlink LE0550DC is a ready-to-use Supersmooth semiconductive compound. The excellent distribution of carbon black additives in Borlink LE0550DC results in a superior smoothness of the semiconductive screen. It is specially developed to provide low space charge accumulation when used in HVDC constructions using Borlink LE4253DC as insulation.

Borlink LE0592 is a crosslinkable black polyethylene compound, specially designed for semiconductive conductor screen and bonded insulation screen of energy cables. Applications Borlink LE0592 is designed for semiconductive screens in XLPE medium and high voltage cables. It can be used as inner and outer screen for bonded cable constructions and as inner screen for strippable cable constructions. Specifications Borlink LE0592 meets the applicable requirements as below when processed using sound extrusion practices and testing procedures - AEIC CS8 - AEIC CS9 - BS 6622 - DIN VDE 0276-620 - DIN VDE 0276-263 - Cenelec HD 632 S1 - Cenelec HD 620 S1 - IEC 60502-2 - IEC 60840 - NF C33-223 - NF C33-226 - UTE C 33-223 - ICEA S-108-720 - ICEA S-93-639 - ICEA S-94-649 - ICEA S-97-682 Special Features Borlink LE0592 is a ready-to-use semiconductive compound. It offers excellent thermal stability which provides robust cable extrusion and crosslinking at high surface temperature, allowing for high line speed. The excellent distribution of carbon black and additives in Borlink LE0592 results in a smooth semiconductive screen.

Borlink LE0592S is a crosslinkable black polyethylene compound, specially designed for semiconductive conductor screen and bonded insulation screen of energy cables. Applications Borlink LE0592S is intended for semiconductive applications in XLPE high voltage (HV) cables rated up to 220kV. It can be used as inner and outer semicon for bonded constructions and as inner semicon for strippable constructions. Specifications Borlink LE0592S meets the applicable requirements as below when processed using sound extrusion practices and testing procedures - AEIC CS9 - IEC 60840 - Cenelec HD 632 S1 - IEC 62067 - ANSI/ICEA 108-720 Special Features Borlink LE0592S is a ready-to-use semiconductive compound. It offers excellent thermal stability which provides robust cable extrusion and crosslinking at high surface temperature, allowing for high line speed. The excellent distribution of carbon black and additives in Borlink LE0592S would result in a very smooth semiconductive screen.

Borlink LE0594 is a crosslinkable black polyethylene compound, specially designed for semiconductive conductor shield or bonded insulation shield of energy cables.