This resin is a hexene narrow molecular weight distribution resin that offers improved cycle time, impact strength, and dimensional stability. It contains a UV-stabilization package and complies with US FDA 21CFR177.1520.

This resin is a high density polyethylene resin that offers improved cycle times, superior modulus and impact resistance and has a UV protection package.This product meets US FDA 21 CFR 177.1520.

Bapolene 3262 is a copolymer high density polyethylene resin that offers superior modulus and toughness. It complies with US FDA 21 CFR 177.1520.

Bapolene 3270 is a high density polyethylene resin designed to offer toughness, intermediate flow, impact strength and low warpage. It complies with US FDA 21 CFR 177.1520.

This is a narrow molecular weight distribution injection molding resin. This high flow resin allows fast injection cycles and provides good impact strength, rigidity, and warpage resistance. This product meets US FDA 21 CFR 177.1520.

This resin is a high density polyethylene resin that offers fast cycle times. This product meets US FDA 21 CFR 177.1520.

This resin is designed to offer improved cycle times and dimensional stability. It complies with US FDA 21CFR177.1520.

This resin is a High Density Polyethylene designed to offer improved cycle times and dimensional stability. This product meets US FDA 21 CFR 177.1520.

This resin has superior melt, good processability, bubble stability, and drawdown. This product meets US FDA 21 CFR 177.1520.

Characteristics: - Good stress cracking resistance - Excellent stiffness Applications: - Bleach and detergent containers - Industrial chemicals containers - Industrial parts - Food packaging

Characteristics: - Excellent ESCR(3) - High stiffness - Lightweighting potential Applications: - Bleach and detergent containers - Industrial chemicals containers - Industrial parts - Food packaging

Characteristics: - Excellent melt strength - Good stress cracking resistance and impact strength - Meets material requirements for ASTM F2160 Applications: - Conduit - Profile Extrusion - Corrugated pipe

Characteristics: - ISBM processability - High stiffness - Excellent stress cracking resistance Applications: - ISBM - Household chemicals containers - Industrial chemicals containers - Industrial parts - Food packaging - Personal care packaging

Characteristics: - Staple fiber processing - Lower bonding temperature - Soft touch Applications: - Yarn and bonding fibers - Staple fiber - Nonwovens - Coextrusion - Extrusion coating

Characteristics: - Bicomponent spunbond and fiber processing - Excellent softness and drapability - Soft touch - Lower bonding temperature Applications: - Yarn and bonding fibers - Bicomponent spunbond - Bicomponent fiber - Staple fiber - Nonwovens - Coextrusion - Extrusion coating

HDPE ‘JAZZ' FLAKE (SH) is a medium-melt post-consumer recycled granulate. Density separation and washing ensure a clean Polyethylene flake, with only the minimum of Polypropylene content. The product is suitable for extrusion processing.

HDPE ‘JAZZ' FLAKE (VAC) is a low-melt post-consumer recycled granulate. Density separation and hot washing ensure a clean Polyethylene flake, with only the minimum of Polypropylene content. The product is suitable for extrusion processing.

HDPE ‘JAZZ' FLAKE (WP) is a low-melt post-consumer recycled granulate. Density separation and washing ensure a clean Polyethylene flake, with only the minimum of Polypropylene content. The product is suitable for extrusion processing.

r-HDPE FOOD CONTACT APPROVED is a non-pigmented, extrusion grade post consumer recycled compound. The product is manufactured from hot washed, density-separated and super-cleaned raw material, and compounded to a pellet with uniform melt flow and density, along with consistent pellet appearance. The product is acceptable for food contact under specific processing conditions.

HDPE INJECTION GRADE is a pigmented, injection grade recycled compound. The product is degassed during processing to produce a compound which boasts uniform melt flow and density, along with consistent pellet appearance.

r-HDPE Tech Grade is a non-pigmented, extrusion grade post consumer recycled compound. The product is manufactured from hot washed, density-separated and super-cleaned raw material, and compounded to a pellet with uniform melt flow and density, along with consistent pellet appearance.

r-HDPE Tech Grade is a pigmented, extrusion grade post consumer recycled compound. The product is manufactured from hot washed, density-separated and super-cleaned raw material, and compounded to a pellet with uniform melt flow and density, along with consistent pellet appearance.

- A member of the BioBlend® XD Family of Durable BioPolymers for blow molding. - BioBlend® XD 22620 contains 20% NuPlastiQ compounded with HDPE. - Made from 20% annually renewable agricultural resources. - BioBlend® XD 22620 is supplied in pellet form. - This TDS covers the following BioBlend® XD BioPolymers: XD 22620 and XD 22621 Applications - BioBlend® XD 22620 is designed for blow molding applications that require stress crack resistance, rigidity, and high impact strength.

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - BioBlend® XP 22150 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with HDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - Used for film applications requiring strength and stiffness like T-shirt bags, trash can liners, industrial liners and heavy duty bags.

Blackstripe ® 8400 Series Yellow HDPE Pipe meets or exceeds: - ASTM D2513 - CAN/CSA-B137.4 - UPC - ASTM D3350, cell classification PE445574E - PPI TR-4 designation PE4710 Blackstripe ® 8400 Series Yellow HDPE Pipe for: - Natural Gas Distribution, LPG andPropane Gas Distribution, Yard Gas - Iron Pipe Size ½" up to 12" - Copper Tube Size OD (CTS) ½" – 1¼" - Coils Available up through 6"

Bondyram® 5101P maleic anhydride modified HDPE contains functional groups that enhance its adhesion to a variety of polymers, fillers and metals. Bondyram 5101P is designed as coupling agent to improve mechanical properties of polyethylene compounds with fillers such as talcum, mica, ATH and other natural materials such as cellulose or wood fibers. It is also used as a compatibilizer for HDPE/PA alloys. This product is food contact standards compliant.

Bondyram® 5108 maleic anhydride modified HDPE contains functional groups that enhance its adhesion to a variety of polymers, fillers and metals. Bondyram 5108 is especially designed as coupling agent to improve mechanical properties of polyethylene compounds with fillers such as talcum, mica, ATH and other natural materials such as cellulose or wood fibers. This product is food contact standards compliant.

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.

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.

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)

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