AXELERON™ CS 7540 NT CPD is a linear low-density polyethylene (LLDPE) extrusion compound ("CPD") produced by the UNIPOL™ PE Process. It is a general purpose insulation that can be used as a high speed telephone singles insulation (air-core cable only; not recommended for jelly-filled cable) and high frequency coaxial inner skin. It combines excellent electrical properties with outstanding stress crack resistance. Specifications: AXELERON™ CS 7540 NT CPD meets the following raw material specifications: - ASTM D-1248 Type I Category 4, Grade E4, E5 - Federal LP-390 C, II-L, Grade 3, Category 4 - REA Specification PE-200, Appendix A - ISO 1872-PE - KHKN,18-D006 Cables insulated with AXELERON™ CS 7540 NT CPD using sound commercial extrusion practice, should meet the following industry cable specification: - ASTM: D 1351-02 - EN-50290-2-23 - IEC 60708

AXELERON™ GP 6059 BK CPD is a prime quality telephone cable black jacketing compound ("CPD"). It offers improved low temperature and high temperature performance plus excellent environmental stress-cracking resistance, outdoor weatherability, and toughness. Specifications AXELERON™ GP 6059 BK CPD meets the following raw material specifications: - ASTM D 1248 IC-4, Grades E5, J1, J3 - Federal LP-390C III-L, Grades 2, 3, 4 and Category 4 - REA PE-22, 38, 39, 86, 89, 90 (Raw Materials Sections) - ISO 1872-PE, KCH, 18-D006 - GB/T 15065 Cable jacketed with AXELERON™ GP 6059 BK CPD, using sound commercial extrusion practices, should meet the following specifications: - ICEA: S-83-640 - ASTM D 2308 - Telcordia GR-421-CORE - EN 50290-2-24 - IEC 60708 - YD/T 901 - IEC 60502 ST3, ST7 - IEC 60840 ST3, ST7 - HD 620 S2, Part 1, Table 4B, DMP 10, DMP 14, DMP 17 - ICEA S-94-649 - ICEA S-97-682 - ICEA S-108-720 - ICEA S-84-608 - YD/T 1092 - IEC 62067, ST3, ST7 - IEC 60794

AXELERON™ GP 6314 BK CPD is a linear low density based polyethylene jacket compound ("CPD"). This compound provides a good balance of processability, toughness, stress-cracking resistance, abrasion resistance, and weather resistance. AXELERON™ GP 6314 BK CPD is designed for use as a general purpose jacket for telecommunication cables. Main Characteristics: - Good toughness - Good Stress Cracking Resistance - Good Abrasion Resistance - Excellent Processability

AXELERON™ GP A-0037 BK CPD ist ein qualitativ hochwertiger Kohlenstoffruß-Masterbatch in Pelletform. Es ist speziell auf die Kompatibilität mit Polyethylenharzen von Dow Wire & Cable für den Einsatz in schwarzen Ummantelungen für Telekommunikations- und Netzkabeln ausgelegt. Es handelt sich um ein 45%iges Kohlenstoffruß-Masterbatch, das bei ordnungsgemäßer Einbringung in spezifische Polyethylenharze die Anforderungen an Kohlenstoffrußgehalt und -dispergierung für Telekommunikations- und Netzkabelspezifikationen erfüllt. AXELERON™ GP A-0037 BK CPD nutzt Kohlenstoffrußpigment mit niedriger Feuchtigkeitsadsorption und feiner Partikelgröße (durchschnittlich 20 Millimikron), um beim Endprodukt eine ausgezeichnete Witterungsbeständigkeit zu erreichen. Ein Standardabsenken beträgt 5,85 % für ein 2,6%iges Kohlenstoffrußniveau im Endprodukt. AXELERON™ GP A-0037 BK CPD ist nur für den industriellen Einsatz bestimmt und wird nicht für den Trinkwassereinsatz empfohlen. Spezifikationen AXELERON™ GP A-0037 BK CPD erfüllt strikte Qualitätssicherungstests von Dow Wire & Cable.

AXELERON™ GP C-0037 BK ist ein qualitativ hochwertiger Kohlenstoffruß-Masterbatch in Pelletform. Es ist speziell auf die Kompatibilität mit Polyethylenharzen von Dow Wire & Cable für den Einsatz in schwarzen Ummantelungen für Telekommunikations- und Netzkabeln ausgelegt. Es handelt sich um ein 45%iges Kohlenstoffruß-Masterbatch, das bei ordnungsgemäßer Einbringung in spezifische Polyethylenharze die Anforderungen an Kohlenstoffrußgehalt und -dispergierung für Telekommunikations- und Netzkabelspezifikationen erfüllt. AXELERON™ GP C-0037 BK nutzt Kohlenstoffrußpigment mit niedriger Feuchtigkeitsadsorption und feiner Partikelgröße (durchschnittlich 20 Millimikron), um beim Endprodukt eine ausgezeichnete Witterungsbeständigkeit zu erreichen. Ein Standardabsenken beträgt 5,85 % für ein 2,6%iges Kohlenstoffrußniveau im Endprodukt. AXELERON™ GP C-0037 BK enthält eine Verarbeitungshilfe zur Eliminierung der Bartbildung an der Austrittslippe beim endgültigen Ummantelungsprodukt. AXELERON™ GP C-0037 BK ist nur für den industriellen Einsatz bestimmt und wird nicht für den Trinkwassereinsatz empfohlen. Spezifikationen AXELERON™ GP C-0037 BK erfüllt strikte Dispiergierungstests der Qualitätssicherung von Dow Wire & Cable.

Bapolene 122A is a butene linear low density polyethylene for blown film applications requiring toughness and impact strength. It contains antiblocking additive and complies with US FDA 21 CFR177.1520.

This is a general purpose LLDPE for blown film extrusion. This resin offers excellent tensile and toughness properties. Contains no slip and no antiblock additives. This product meets US FDA 21 CFR 177.1520.

This resin is a general purpose LLDPE for blown film extrusion applications. This resin offers excellent tensile & toughness properties. Contains medium levels of slip/antiblock additives. This product meets US FDA 21 CFR 177.1520

This resin is a butene linear low density polyethylene for blown film applications requiring toughness. It contains slip and antiblocking additives and complies with US FDA 21CFR177.1520.

This resin is a hexene linear low density polyethylene for blown film application requiring a combination of impact strength and toughness.. This product complies with US FDA 21 CFR 177.1520.

This resin is a hexene linear low density polyethylene for blown film application requiring superior impact strength and toughness. It contains slip & antiblock additives. This product meets US FDA 21 CFR 177.1520

This resin is a hexene linear low density polyethylene for cast film applications. It complies with US FDA 21 CFR 177.1520.

Bapolene 138B is a hexene linear low density polyethylene for blown film applications requiring toughness ad impact strength. It complies with US FDA 21 CFR177.1520

This resin is a hexene linear low density polyethylene for blown film applications requiring toughness and impact strength. It contains slip & antiblock additives. This product meets US FDA 21 CFR 177.1520

This resin is a hexene linear low density polyethylene product designed for applications requiring superior impact and seal properties. It contains process aid. Product complies with US FDA 21CFR177.1520.

This resin is a hexene linear low density polyethylene for blown film application requiring superior impact strength and toughness. This product meets US FDA 21 CFR 177.1520

This resin is a hexene linear low density polyethylene product designed for applications of superior impact performance. It contains process aid, slip and antiblocking additives and complies with US FDA 21CRR177.1520.

This resin is a hexene linear low density polyethylene product designed for applications requiring superior impact performance. It contains a process aid and complies with US FDA 21CFR177.1520..

This resin is a hexene linear low density polyethylene product designed for applications requiring superior impact performance. It contains process aid, slip and antiblocking additives and complies with US FDA 21CRR177.1520.

This resin is a hexene linear low density polyethylene product designed for applications requiring superior impact performance. It contains a process aid and complies with US FDA 21CFR177.1520..

This resin is a butene linear low density polyethylene for blown film applications requiring superior impact strength and toughness. This product meets US FDA 21 CFR 177.1520.

This resin is a general purpose LLDPE for blown film extrusion or cast film applications. This resin offers excellent tensile and toughness properties. It contains high levels of slip & antiblock additives. This product meets US FDA 21 CFR 177.1520.

This resin is a high flow, narrow molecular weight distribution, linear low density polyethylene injection resin. This resin offers excellent stress cracking resistance, flex life, low temperature toughness and low warpage. This product meets US FDA 21 CFR 177.1520.

This resin is a high flow,a granular,butene linear low density polyethylene designed to provide excellent combination of toughness and stiffness.This product meets US FDA 21 CFR 177.1520.

This resin is a butene linear low density polyethylene copolymer designed to provide a combination of toughness and stiffness . This product meets US FDA 21 CFR 177.1520.

This resin is granular, butene linear low density polyethylene designed to provide a combination of toughness and stiffness . This product meets US FDA 21 CFR 177.1520.

This resin is a hexene linear low density polyethylene designed to provide superior impact resistance. It contains a UV-stabilization package. This product meets US FDA 21 CFR 177.1520.

This resin is a hexene linear low density polyethylene designed to provide an excellent combination of ESCR and impact. It contains a UV additive package. This product meets US FDA 21 CFR 177.1520.

This resin is a metallocene product designed for applications requiring a combination of superior impact and seal properties. It contains slip and antiblocking additives and a process aid. It complies with US FDA 21CRR177.1520.

This resin is a metallocene product designed for applications requiring a combination of superior impact and seal properties. It contains a process aid and complies with US FDA 21CFR177.1520.

This resin is a metallocene product designed for applications requiring a combination of superior impact and seal properties. It contains slip and antiblocking additives and a process aid. It complies with US FDA 21CRR177.1520.

This resin is a metallocene product designed for applications requiring a combination of superior impact and seal properties. It contains a process aid and complies with US FDA 21CFR177.1520.

- One of the BioBlend® XP family of high-performance BioPolymers designed for blown film applications. - BioBlend® XP 22250 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with HDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - BioBlend® XP 22250 is intended for bags, liners, shipping sacks and other film applications that require high tensile strength and good stiffness.

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - BioBlend® XP 24250 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with metallocene LLDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - Used for final products requiring strength and plasticity such as agricultural film, blown film, cast film, food packaging, and heavy duty bags.

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - BioBlend® XP 24550 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with metallocene LLDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - Used for final products requiring strength and plasticity such as bags, can liners, film wrap, packaging film, and liner film.

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - BioBlend® XP 24650 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with hexene LLDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - Used for final products requiring strength and plasticity such as packaging

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - BioBlend® XP 24850 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with octene LLDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - High Speed, thin film applications.

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - Engineered for improved thermal stability and processing performance. - BioBlend® XP 24852 is a masterbatch that contains 50% NuPlastiQ® BioPolymer compounded with octene LLDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - High Speed, thin film applications.

- One of the BioBlend® XP family of high performance BioPolymers designed for blown film applications. - BioBlend® XP 24876 is a masterbatch that contains 50% NuPlastiQ GP BioPolymer compounded with 20% HDPE and 30% LLDPE. - Made from 50% annually renewable agricultural resources. - Supplied in pellet form. Applications - T-shirt bags, carryout bags, shipping sacks.