This high molecular weight hexene copolymer provides: - Excellent overall balance of Processability, Toughness and Strength. - Good impact strength and tear properties. Applications: - General purpose thin film, trash bags, merchant bags. - Blending partner. - Produce bags. - Shopping bags.

ADVANCENE™ EE-3916-AAH is a hexene based medium density polyethylene classified as (PE80), material with an optimum balance between flexibility and strength, produced with advanced gas phase PE process. Long-term stability is ensured by an optimized stabilization system. Characteristics: ADVANCENE™ EE-3916-AAH is recommended for pressure pipe systems in the applications field of drinking water, natural gas, pressure sewerage, relining, sea outfall and industrial, where flexibility and coil ability is of importance. It also shows excellent resistance to rapid crack propagation and slow crack growth. Thanks to the structure, which gives outstanding extruability.

ADVANCENE™ EM-3405-UVH Medium Density Polyethylene (MDPE) resin is a hexene copolymer with narrow molecular weight distribution and produced using advanced gas phase PE process. This resin is intended for use in rotational molding applications such as chemical tanks, storage containers and general UV stabilized rotomolding applications. Main Characteristics : - Rotomolding. - Narrow molecular weight distribution.

ALATHON L 3810X03 is an experimental medium density polyethylene copolymer with a broad and bimodal molecular weight distribution. Typical applications include merchandise bags, multi-wall bag film, heavy-duty shipping sacks and roll stock. L 3810X03 is also an excellent blend component for processors who wish to improve the tensile properties and processability of LLDPE film resins or improve the heat seal of HDPE films. This resin can be used to produce mono- and multi-layer films requiring toughness as well as an improved feel and appearance. L 3810X03 also provides processors without grooved feed extruders an opportunity to experience the advantages of higher molecular weight resins.

ALATHON XL 3805 is an experimental, high molecular weight, medium density polyethylene copolymer with a broad and bimodal mo lecular weight distribution. Films produced from this resin exhibit excellent MD and TD tear with a soft feel and improved optics in a HMW resin. Applications include typical thinner gauge (<1.0 mil.) merchandise bags, grocery sacks, can liners, and produce bags as well as thicker gauge (>1.0 mil.) heavy duty shipping sacks, construction film and agriculture film. This resin can be used to produce mono- and multi-layer films requiring toughness as well as improved feel and appearance.

ALCUDIA® TR-135 natural compound is an hexene copolymer of high molecular weight especially apt for the extrusion of pipe. Because other good mechanical properties and their characteristics, the polyethylene natural compound ALCUDIA® TR-135, is designed to produce pipe. It has the antioxidant package enough for the extrusion process. This product is supplied in natural colour but they can be easily coloured with pigments steady at processing temperature, using dry-colouring or masterbatch techniques. ALCUDIA® TR-135 is a medium density polyethylene grade, high molecular weight hexene copolymer, especially intended for film extrusion. This material offers easy processability into films with excellent mechanical properties, good sealing characteristics and high stress crack resistance. It contains antioxidant additives. TYPICAL APPLICATIONS - Carrier bags. - Refuse sacks. - Waterproof sheets. Recommended melt temperature range from 190 to 220°C. Processing conditions should be optimised for each production line.

Alkadyne MD0898-1 is a black, high molecular weight MDPE co-polymer, developed as a general purpose extrusion resin for use in wire & cable applications. Alkadyne MD 0898-1 has been designed for uses as a jacketing compound for buried wires and cables where abrasion resistance and cut-through resistance in rocky terrain is required. Suitability for use in any application should be determined by appropriate performance testing.

ALKATEQ™ MD592UV is a UV stabilized, medium density polyethylene (MDPE) compound designed for extrusion coating into wire & cable applications. MD592UV provides a balance of processing performance and mechanical properties for use where medium density polyethylene is required Note: MD592UV may be colour compounded as required.

Asrene® UR3840V is an LLDPE resin which is supplied in natural pellet form and suitable for rotational molding, water and chemical tank, cool boxes and traffic cones with requiring excellent impact resistance, excellent ESCR and UV stabilized. Product Characteristics: - UV4 stabilized - Excellent impact resistance - Excellent ESCR Applications: - Rotational molding - Water and chemical tank - Cooler boxes - Traffic cones

护套产品 AXELERON™ FO A-6548 BK 是一种高质量的、中等密度的聚乙烯材料，用于作为电缆的护套材料。它具有良好的加工特性以及韧性、耐应力开裂和抗形变性能。 规格要求： AXELERON™ FO A-6548 BK 满足以下原材料规格要求： - ASTM D 1248 Type II, Class C, Category 4, Grades E6, E7, E8, E9, J4, J5 - 联邦 LP-390C Type III, Class M, Grades 2, 3, Category 4 - REA PE 39 和 89 (原材料部分)

AXELERON™ FO 6549 NT CPD is a medium-density polyethylene compound ("CPD") designed for communications and power cable jacket use. It provides good electrical properties' processability combined with toughness, and stress crack resistance. Specifications AXELERON™ FO 6549 NT CPD meets the following raw material specifications: - ASTM D 1248 Type II, Class A, Category 4

AXELERON™ FO 6561 BK CPD is a medium density polyethylene compound for use in cable jacketing applications for both telecom and power cables. AXELERON™ FO 6561 BK CPD shows good processing capability on jacketing extrusion lines exhibiting moderate extrusion pressures while yielding good surface smoothness and dimensional stability. AXELERON™ FO 6561 BK CPD provides good abrasion resistance and excellent ESCR properties. Overview: - Excellent ESCR - Low shrinkage properties - Good abrasion resistance and toughness Cable jacketed with AXELERON™ FO 6561 BK CPD, using sound commercial extrusion practices, should meet the following specifications: - EN 50290-2-24 - IEC 60502 Type ST3, ST7, - IEC 60840 Type ST3, ST7 - HD 620 DMP2, DMP9, DMP14, DMP15, DMP17 - IEC 60708 - GB/T 15065 - YD/T 1485

陶氏AXELERON™ FO 8864 BK CPD 是一种高分子量、线性、中等密度的、黑色聚乙烯材料，是为光纤和普通金属导体电缆护套的应用而开发的。这种材料具有非常好的加工特性，可制成非常强韧的电缆护套。陶氏的AXELERON™ FO 8864 BK CPD亦具备优异的耐环境应力开裂性能、耐候性能以及抗热氧化降解性能。 陶氏 AXELERON™ FO 8864 BK CPD 在光纤电缆护套应用领域提供优异的低温光信号衰减性能。该材料结合了减小挤出回缩应力与优异的拉伸模量。因此，最大程度地减小了在温度周期变化过程中电缆护套对光纤电缆所施加的收缩力。 规格 陶氏AXELERON™ FO 8864 BK CPD 符合以下原材料规格的要求： - ASTM D 1248：第 II类型，C级，第4类，E9和J4等级 - 联邦LP-390C：第 III类型，M级，2、3等级，第4类 - REA PE 39 和89（原材料部分）

中等密度的电缆护套材料 AXELERON™ FO 8864 NT CPD 是一种分子量高的、中等密度的聚乙烯材料，用作光纤和常规金属性导体电缆护套材料。这种材料可以着色，具有非常好的挤出加工性能。AXELERON™ FO 8864 NT CPD 可使电缆护套具有韧性，具有优异的耐环境应力开裂性能。这种材料中具有抗紫外线稳定性，提高了其耐阳光直射的性能。 作为一种光纤护套材料，AXELERON™ FO 8864 NT CPD 可提供优异的低温光信号衰减性能，这是通过将减小挤出回缩应力和优化低温拉伸模量来实现的。已经有大量的应用测试数据表明， 规格 AXELERON™ FO 8864 NT CPD 满足以下原材料规格要求： - ASTM D 1248: Type II, Class A, Category 4, Grades E9 和 J4 - 联邦 LP-390C: Type II, Class M, Grade 1, Category 4

This resin is a medium molecular weight film resin with excellent tensile, impact, and tear properties.This product meets US FDA 21 CFR 177.1520.

Characteristics: - Good processability - Excellent melt strength - Superior stress craking resistance - Broad fusion range - ASTM D1248 – Type II, Class A, Category 5 Applications: - Landfill liners - Pond liners - Mining films - Geomembranes

Characteristics: - Excellent balance of stiffness and impact strength - Good puncture resistance - Excellent compatibility with LDPE and LLDPE - Good tensile strength Applications: - Specialty merchandise bags - Mailing envelopes - Heavy-duty shipping sacks - Pallet shrink films - Fresh cut produce packaging - Coextruded films

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

BorPEX ME2592 is a high molecular weight, medium density polyethylene specially designed for production of crosslinked pipes (PE-X) Applications BorPEX ME2592 is recommended for the production of crosslinked pipes used in - Plumbing - Heating - Industrial applications The product is used for single as well as for multilayer pipes, where you then differentiate between plastic multilayer with integrated EVOH layer and aluminium multilayer pipes. Specifications BorPEX ME2592 is intended to fulfill following standards and regulations, in case of appropriate industrial manufacturing standard procedures applied and a continuous quality system is implemented. - DIN 16894 - DIN 16895 Special features BorPEX ME2592 is a ready made compound in pellet form for the production of crosslinkable pipes by the electron beam beta-irradiation process (PE-Xc) and included is a specially selected additive package to ensure: - Enhanced processability - Economical pipe production - Effective crosslinking behaviour - Excellent product consistency - High temperature resistance - High resistance to additive washout

BorSafe ME3440 is a bimodal polyethylene compound produced by the advanced Borstar technology. BorSafe ME3440 is classified as an MRS 8.0 material (PE80). BorSafe ME3440 is recommended for pressure pipe systems in the applications field of particulary where flexibility and coilability is of importance. It also shows excellent resistance to rapid crack propagation and slow crack growth. Thanks to the structure, it gives outstanding extrudability, compared to conventional PE80

BorSafe ME3440-D is a bimodal polyethylene compound produced by the advanced Borstar technology. BorSafe ME3440-D is classified as an MRS 8.0 material (PE80). Applications BorSafe ME3440-D is recommended for pressure pipe systems in the applications field of: - Drinking water - Industrial - Relining Particularly where flexibility and coilability is of importance. It also shows excellent resistance to rapid crack propagation and slow crack growth. Thanks to the structure, it gives outstanding extrudability, compared to conventional PE80. It also exhibits an improved resistance to chlorinated water disinfectants.

BorSafe ME3441 is a bimodal polyethylene compound produced by the advanced Borstar technology. It includes a combination of pigments and stabilisers to ensure excellent long-term thermal stability and UV-resistance. BorSafe ME3441 is classified as an MRS 8.0 material (PE80). BorSafe ME3441 is recommended for pressure pipe systems in the applications field of: natural gas particulary where flexibility and coilability is of importance. It also shows excellent resistance to rapid crack propagation and slow crack growth. Thanks to the structure, it gives outstanding extrudability, compared to conventional PE80.

BorSafe ME3444 is a bimodal polyethylene compound produced by the advanced Borstar technology. It includes a combination of pigments and stabilisers to ensure excellent long-term thermal stability and UVresistance. BorSafe ME3444 is classified as an MRS 8.0 material (PE80). BorSafe ME3444 is recommended for pressure pipe systems in the application fields of drinking water particulary where flexibility and coilability is of importance. It also shows excellent resistance to rapid crack propagation and slow crack growth. Thanks to the structure, it gives outstanding extrudability, compared to conventional PE80.

BorSafe ME3445 is a bimodal polyethylene compound produced by the advanced Borstar technology. It's fully stabilized against thermal degradation and the die buid-up during extrusion is minimized. Furthermore, it has a highly covered pigment that gives a bright colored stripe even when extruded as a thin layer on a black pipe. It also contains UV-stabilizer. BorSafe ME3445 recommended for the production of identifying stripes of black pipes produced from BorSafe ME3440.

BorSafe ME3446 is a bimodal polyethylene compound produced by the advanced Borstar technology. It's fully stabilized against thermal degradation and the die buid-up during extrusion is minimized. Furthermore, it has a highly covered pigment that gives a bright colored stripe even when extruded as a thin layer on a black pipe. It also contains UV-stabilizer. BorSafe ME3446 recommended for the production of identifying stripes of black pipes produced from BorSafe ME3440.

Borstar FB1350 is a linear medium density polyethylene grade combining excellent extrusion properties with high film stiffness. Borstar FB1350 is well suited for mono- and coextrusion of films produced with high neck or low neck extrusion. Borstar FB1350 contains antioxidant.

Borstar ME6052 is a black bimodal polyethylene jacketing compound, which is produced with the Borealis proprietary Borstar bimodal process technology. Borstar technology allows the manufacturing of polymers outside the traditional MFR and density range making it possible to optimize processability, reduce shrinkage and yet provide excellent physical toughness and environmental stress crack resistance (ESCR). Borstar ME6052 contains 2.5% well-dispersed carbon black in order to ensure excellent weathering resistance. Applications Borstar ME6052 is designed for: - Jacket for energy and communication cables Borstar ME6052 offers a balance of properties giving advantages in manufacturing, installation and lifetime performance of communication and energy cables. Specifications Borstar ME6052 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - ASTM D 1248 Type II, Class C, Category 4, Grade E8, E9, J4 - ISO 1872-PE, KCHL, 33 D-006 The following cable material standards are met by Borstar ME6052: - EN 50290-2-24 - DMP 2, 5, 7, 8, 9, 10, 12, 14, 15 Cables manufactured with Borstar ME6052 using sound extrusion practice normally comply with the following cable product standards: - IEC 60502, Part 2, Type ST7 - IEC 60708 - IEC 60840, Type ST7 - HD 603 S1, DMP 5, 7, 8 - DIN VDE 0818 - HD 620 S2, Part 1, table 4B, DMP 2, 9, 10, 12, 14, 15 - UL 1072 Oil resistance I & II Special Features Borstar ME6052 consists of specially selected components to offer: - Superior processability - Excellent environmental stress cracking resistance (ESCR) - Good abrasion & scratch resistance - Low water permeability - Superior heat deformation - Good petroleum-jelly resistance - Outstanding UV resistance - Low shrinkage - Good surface hardness

Borstar ME6053 is a natural, UV stabilised, colourable, medium density (MD) jacketing compound, which is produced with the Borealis proprietary Borstar bimodal process technology. Borstar technology allows the manufacturing of polymers outside the traditional MFR and density range making it possible to optimize processability, reduce shrinkage and yet provide excellent physical toughness and environmental stress crack resistance (ESCR). Borstar ME6053 contains a well dispersed UV-stabiliser in sufficient amount providing a measure of weathering resistance.\'20 In order to fully utilise the unique low shink properties of Borstar ME6053 we recommend the use of non-warping colour masterbatches. Applications Borstar ME6053 is designed for jacketing of energy and communication cables. Borstar ME6053 offers a balance of properties giving advantages in manufacturing, installation and lifetime performance of communication and energy cables. Specifications Borstar ME6053 meets the applicable requirements as below when processed using sound extrusion practice and testing procedure: - ASTM D 1248 Type II, Class A, Category 4, Grade E8, E9, J4 - ISO 1872-PE, KHLN, 33 D-006 The following cable material standards are met by Borstar ME6053: - EN 50290-2-24 Cables manufactured with Borstar ME6053 using sound extrusion practice normally comply with the following cable product standards: - IEC 60502, Part 2, Type ST7 - IEC 60840, Type ST7 - HD 603 S1, DMP 6 - DIN VDE 0818 Special Features Borstar ME6053 consists of specially selected components to offer: - Superior processability - Excellent environmental stress cracking resistance (ESCR) - Good abrasion & scratch resistance - Low water permeability - Superior heat deformation - Good petroleum-jelly resistance - Very good UV resistance - Low shrinkage - Good surface hardness

BRALEN+ FC 08-13 is a film grade of low density polyethylene with increased density (MD LDPE). High rigidity, good optical properties and chemical resistance are typical for this grade. It is additives free. BRALEN+ FC 08-13 is intended for production of bags & pouches, blown films, shrink films and surface protection films. The grade can be used for blow moulding products as well. Recommended film thickness is 0.025 to 0.080 mm.

LLHR-440U is a certified prime grade UV Stabilized Ethylene-Hexene Copolymer designed for high performance outdoor exposure Rotomolded applications. LLHR-440U is melt compounded for uniform dispersion of additives and UV stabilizer, supplied in pellet form of natural color. LLHR-440U features very good moldability, outstanding long-term outdoor exposure, and superior combination of ESCR, low temperature impact strength, toughness and stiffness. LLHR-440U applications include chemical and agricultural tanks up to 1000 gallons, small portable fuel containers (1-2 gallons), waste carts, Kayaks and other recreational boats, playground equipment and toys. Version LLHR-440UP is available in form of 35 mesh powder ground from pellets. LLHR-440U complies with FDA regulation 21CFR 177.1520 (c) 3.1(a) + 3.2 (a) and most international regulations concerning the use of Polyethylene in contact with food articles.

LLHR-538U is a certified prime grade UV Stabilized Ethylene-Hexene Copolymer designed for high performance outdoor exposure Rotomolded applications. LLHR-538U is melt compounded for uniform dispersion of additives and UV stabilizer, supplied in pellet form of natural color. LLHR-538U features very good moldability, outstanding long-term outdoor exposure, and superior combination of ESCR, low temperature impact strength, toughness and stiffness. LLHR-538U applications include free-standing potable water tanks, small storage tanks, waste bins, playground equipment and toys. Version LLHR-538UP is available in form of 35 mesh powder ground from pellets. LLHR-538U complies with FDA regulation 21CFR 177.1520 (c) 3.1(a) + 3.2 (a) and most international regulations concerning the use of Polyethylene in contact with food articles.

LLHR-635U is a certified prime grade UV Stabilized Ethylene-Hexene Copolymer designed for high performance outdoor exposure Rotomolded applications. LLHR-635U is melt compounded for uniform dispersion of additives and UV stabilizer. LLHR-635U features very good moldability, outstanding long-term outdoor exposure, and superior combination of ESCR, low temperature impact strength, toughness and stiffness. LLHR-635U applications include small storage and spray tanks up to 100 gal., vegetable growing trays, liners for containers and automotive doors, tote bins, light globes, and toys. LLHR-635UP is supplied as a consistent 35 mesh powder ground from pellets. LLHR-635U complies with FDA regulation 21CFR 177.1520 (c) 3.1 (a) + 3.2 (a) and most international regulations concerning the use of Polyethylene in contact with food articles.

LLHR-735U is a certified prime grade UV Stabilized Ethylene-Hexene Copolymer designed for high performance outdoor exposure Rotomolded applications and injection molding. LLHR-735U is melt compounded for uniform dispersion of additives and UV stabilizer. LLHR-735U features very good moldability and aesthetic, outstanding long-term outdoor exposure, color retention, and superior combination of ESCR, low temperature impact strength, toughness and stiffness, as well as, low warpage and good mechanical properties. LLHR-735U applications include small storage, intermediate bulk container, general purpose custom molding, agriculture storage tank, water tanks, marine part and spray tanks up to 100 gal, vegetable growing trays, liners for containers and automotive doors, tote bins, light globes, and toys. LLHR-735UP is supplied as a consistent 35 mesh powder ground from pellets. LLHR-735U complies with FDA regulation 21CFR 177.1520 (c) 3.1 (a) + 3.2 (a) and most international regulation concerning the use of Polyethylene in contact with food articles, such as: Canadian HPFB No Objection, EU No 10/2011, NSF International NSF/ANSI Std 61(sec 4 & 5).

MDF-137 is a certified prime grade Hexene copolymer MEDIUM MOLECULAR WEIGHT developed for production of thin gauged paper-like Blown films. MDF-137 features BROAD molecular weight distribution for improved processability in HMW high stalk equipment or in conventional film lines equipped with die gap = 0.75 to 1.25 = mm., excellent melt strength, easy film drawdown, and optimal overall balance of thin film mechanical properties: stiffness, tensile, Elmendorf tear, and Dart impact strength. MDF-137 applications include merchandise, produce, and trash bags, shopping bags, small shoppers, lamination films, wrapping films, and tablecloths. Minimum recommended film thickness is 12 microns (0.5 mil), and melt processing temperature 195° to 220° C. MDF-137 complies with FDA regulation 21CFR 177.1520 (c) 3.2(a) and most international regulations concerning the use of Polyethylene in contact with food articles.

MMF-1237 is a certified prime grade Hexene copolymer HIGH MOLECULAR WEIGHT developed for production of industrial films of outstanding Stress Cracking Resistance. MMF-1237 features BROAD molecular weight distribution, easy processability, excellent melt strength, broad fusion sealing range, good balance of film mechanical properties, and meets the requirements of GR -GM13. MMF-1237 applications include Pond liners, Gas and Chemical containment liners, Landfill liners, and Geomembranes. Other suggested blown film applications include shopping bags, small shoppers, lamination films, wrapping films, multi-wall bag liners, and tablecloths. Minimum recommended film gauge is 12 microns (0.5 mil), and processing temperature 195° to 300°C. MMF-1237 complies with FDA regulation 21CFR 177.1520 (c) 3.2(a) and most international regulations concerning the use of Polyethylene in contact with food.

MWG-1238 is a certified prime, High Molecular Weight Hexene copolymer developed for GEOMEMBRANE applications. MWG-1238 features outstanding ESCR, excellent melt strength and good processability. MWG-1238 applications include landfill liners, moisture barrier for tunnels and chemical tank containment liners.

MWG-2137 is a certified prime Hexane copolymer, HIGH MOLECULAR WEIGHT grade developed for GEOMEMBRANE applications. MWG-2137 features outstanding ESCR, excellent melt strength and good processability. MWG-2137 applications include liners for landfills, moisture barrier for tunnels and chemical tank containment liners. MWG-2137 complies with FDA regulation 21CFR 177.1520 (c) 3.1(a), use conditions C through G per 21 CFR 176.170(c). Volume of food contacting article must be equal to or greater than 5 gallons.