DOW ENDURANCE™ HFDB-0801 BK EC is a vulcanizable semiconductive compound based on a polyethylene copolymer and is designed for conductor shield and bonded insulation shield applications in crosslinked polyethylene insulated medium and high voltage cables.(1) DOW ENDURANCE™ HFDB-0801 BK EC has improved processability and demonstrated compatibility with copper and aluminum conductors. DOW ENDURANCE™ HFDB-0801 BK EC was specifically developed utilizing a special acetylene carbon black to provide a super-smooth surface yielding a more perfect interface between the extruded shield and the insulation. As a result, significantly improved cable performance can be expected. DOW ENDURANCE™ HFDB-0801 BK EC is formulated with a higher temperature peroxide. Thus, DOW ENDURANCE™ HFDB-0801 BK EC is less subject to pre-cure or scorch within the processing extruder and die. Specifications DOW ENDURANCE™ HFDB-0801 BK EC is designed for use in power distribution cables. Cables with conductor and insulation shielding of DOW ENDURANCE™ HFDB-0801 BK EC, prepared using sound commercial fabrication practice, would be expected to meet the following specifications: - AEIC: CS7, CS8 - IEC: 60502, 60840, 62067 - ICEA: S-108-720, S-94-649; S-97-682; S-93-639 (NEMA WC 74), - DIN: VDE 0273

La Résine Polyéthylène DOWLEX* 2344 est un copolymère éthylène-octène, produit selon le procédé breveté de The Dow Chemical Company. Elle possède une structure moléculaire unique avec une distribution contrôlée des longueurs des chaînes, qui apporte d'excellentes propriétés de résistance à la fissuration sous tension associées à une très bonne Résistance Hydrostatique à Long Terme. Mise en oeuvre : La gamme de température d'extrusion pour la mise en œuvre de la Résine Polyéthylène DOWLEX* 2344 varie typiquement de 190 à 230°C. L'utilisation d'un profile inversé de température peut être bénéfique pour certains types d'équipement d'usinage. Pour plus d'information, consultez nos Recommandations concernant l'Extrusion. Conforme à : - EU, No 10/2011 - U.S. FDA 21 CFR 175.105(c)(5) - U.S. FDA 21 CFR 177.1520(c)3.2a (avec Restrictions) - NSF 14 - NSF 61 Applications : Conduites pour réseaux d'eau chaude ou froide, par ex. : - sol chauffant - mur chauffant / refroidissant - plafond refroidissant - connecteurs de radiateurs - distribution d'eau potable chaude / froide - systèmes de récupération de chaleur - panneaux solaires

DOWLEX 2388 Résine de polyéthylène est un copolymère d’éthylène/octène-1 produit selon le procédé en solution breveté de la Compagnie Dow Chemical. Il possède une structure moléculaire unique avec une distribution contrôlée des chaînes latérales, qui fournit d’excellentes propriétés de résistance à la fissuration sous contrainte combinées à une exceptionnelle résistance hydrostatique à long terme. Applications : Tuyaux pour les systèmes d’eau chaude et froide, par exemple : - distribution d’eau potable chaude/froide - Raccords de radiateur - Applications dans le domaine du chauffage/refroidissement - Tuyau mono et multi-couche - Applications industrielles. Caractéristiques principales : - Adapté à des températures élevées sans réticulation - Performance exceptionnelle en matière de goût et d'odeur - Excellente aptitude à la transformation. Recommandations pour le traitement : DOWLEX 2388 Résine de polyéthylène est facile à traiter sur un équipement de transformation traditionnel pour PE. Les températures d’extrusion typiques pour la transformation vont de 190 à 230°C. Pour plus d’informations voir nos conseils pour l’extrusion. Conforme à : - EU, No 10/2011 - U.S. FDA 21 CFR 175.105(c)(5) Consulter la règlementation pour plus de détails.

HFDA-5630 Black is a medium thermal carbon black-filled vulcanizable polyethylene copolymer wire insulation material. It is recommended for use in 600-volt power cable and control cable applications. Specifications HFDA-5630 Black is listed by Underwriters Laboratories for use in XHHW, XHHW-2, RHH, RHW, RHW-2, SIS, USE and USE-2 applications. Cables insulated with HFDA-5630 Black, using sound commercial fabrication practice, should meet the following industry cable specifications: - ICEA: S-66-524; NEMA WC7

UNIGARD™ RE DQDC-1388 Black is a non-halogen flame resistant irradiation curable, polyethylene copolymer, cable jacket compound designed to meet Navy cable specifications MIL-C24640 and MIL-C-24643. It is also approved as UL-1277 Tray Cable Jacket. The typicall values shown herein are taken from data collected from the analysis of many cable jacket and plaques samples. The methods used for determining these results are given in MIL-C-24643.

ELTEX ® PF6030XA is a polyethylene copolymer containing hexene-1 as comonomer produced with a metallocene catalyst. Applications ELTEX ® PF6030XA is particularly suitable for high performance cast stretch film applications in co-extruded structures as well as for other advanced polyolefin films produced with cast extrusion process. Benefits and Features ELTEX ® PF6030XA offers the following properties: - High stretchability in cast film applications - High holding force - Excellent web stability during extrusion - High output rates - Excellent overall film appearance and surface finish - Very high puncture resistance

Applications Eltex® PF6140AA is particularly suitable for high performance cast stretch film applications, in both monolayer and co-extruded structures. It also can be used for the production of artificial grass monofilaments. Benefits and Features Eltex® PF6140AA is a polyethylene copolymer containing hexene-1 as the comonomer produced with a metallocene catalyst. Eltex® PF6140AA offers the following properties: - High stretchability in cast film applications - High holding force - Good web stability during extrusion - High output rates - Excellent overall film appearance and surface finish - Very high puncture resistance

Enable™ 1617PA is an ethylene 1-hexene copolymer. Enable™ 1617PA is designed to deliver enhanced processability on cast film lines with excellent shear thinning characteristics designed to provide flow to the edges of dies with stable melt curtain. The film properties such as tensile, dart impact and puncture are excellent, while exhibiting superior optical properties such as haze and gloss.

Enable™ 1617RA is an ethylene 1-hexene copolymer. Enable™ 1617RA is designed to deliver enhanced processability with the film exhibiting superior optical properties such as haze and gloss.

Enable™ 2005 resins are ethylene 1-hexene copolymers. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2005 resins.

Enable™ 2005CB resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2005CB resin is available for blown film, both formulated and non-formulated.

Enable™ 2005RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2005RA.

Enable™ 2005RE is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with this superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2005RE.

Enable™ 2010 resins are ethylene 1-hexene copolymers. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. TnPP is not intentionally added to Enable™ 2010 resins.

Enable™ 2010CB resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Enable™ 2010CB is a heavily stabilized formulation for cast film processing.

Enable™ 2010CB performance polymer resin is an ethylene 1-hexene copolymer. It is an excellent blend partner in halogen-free flame retardant compounds, LV silane cross-linkable insulation and cable jacketing to enhance mechanical properties such as tensile strength, elongation, tear and crack resistance. It combines good processability and provides melt strength for improved dimensional stability. Sufficient Cu-inhibitor should be added to meet specific aging requirements in insulation. For jacketing applications, addition of carbon black or UV stabilizer is required.

Enable™ 2010PA performance polymer resin is an ethylene 1-hexene copolymer. It is an excellent blend partner in halogen-free flame retardant compounds, LV silane cross-linkable insulation and cable jacketing to enhance mechanical properties such as tensile strength, elongation, tear and crack resistance. It combines good processability and provides melt strength for improved dimensional stability. Sufficient Cu-inhibitor should be added to meet specific aging requirements in insulation. For jacketing applications, addition of carbon black or UV stabilizer is required.

Enable™ 2010RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2010RA.

Enable™ 2010RE is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, incuding tensile, impact and puncture. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2010RE.

Enable™ 2203MC resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2203MC resin.

Enable™ 2305 resins are ethylene 1-hexene copolymers. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2305 resins are available with and without antiblock. TnPP is not intentionally added to Enable™ 2305 resins.

Enable™ 2305RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2305 resins are available with and without antiblock. Fluoropolymers, or fluorine-containing compounds , and TNPP are not intentionally added to Enable™ 2305RA resins.

Enable™ 2305RI is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Enable™ 2305 resins are available with and without antiblock. Fluoropolymers, or fluorine-containing compounds ,and TNPP are not intentionally added to Enable™ 2305RI resins.

Enable™ 2703MC resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2703MC resin.

Enable™ 2703RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2703RA.

Enable™ 2705MC resin is an ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 2705MC resin.

Enable™ 2705RA is an ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 2705RA.

Enable™ 3305 MQ resin is a medium density ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure MDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 3305 MQ resin.

Enable™ 3505MC resin is a medium density ethylene 1-hexene copolymer. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. TnPP is not intentionally added to Enable™ 3505MC.

Enable™ 3505MC performance polymer resin is an ethylene 1-hexene copolymer. It can be employed in medium and high density jacketing. It has a good balance of mechanical strength, abrasion and strong environmental stress crack resistance (ESCR). Sufficient carbon black or UV stabilizer should be added to meet cable jacketing specifications.

Enable™ 3505RA is a medium density ethylene 1-hexene copolymer resin. Enable™ performance polymer resins offer an outstanding balance between processing and film properties, including tensile, impact and puncture. Easier processing and excellent properties lead to significant high pressure LDPE replacement in many applications, yet with superior drawdown and enhanced toughness. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 3505RA.

Enable 4002MC is a medium density ethylene 1-hexene copolymer. Enable 4002MC performance polymer provides blown film with high stiffness and shrink along with good optical properties. Excellent bubble stability leads to high output capability in monolayer and coextruded films. TnPP is not intentionally added to Enable 4002MC.

Enable™ 4002MC performance polymer resin is an ethylene 1-hexene copolymer. It can be employed in medium and high density jacketing with a good balance of mechanical strength, abrasion and strong environmental stress crack resistance (ESCR). Sufficient carbon black or UV stabilizer should be added to meet cable jacketing specifications.

Enable™ 4002RA is a medium density ethylene 1-hexene copolymer resin. Enable™ 4002RA performance polymer provides blown film with high stiffness and shrink along with good optical properties. Excellent bubble stability leads to high output capability in monolayer and coextruded films. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 4002RA.

Enable 4009MC is a medium density ethylene 1-hexene copolymer that offers an outstanding balance between extrusion processing and film properties, including modulus, tensile, impact and puncture. TnPP is not intentionally added to Enable 4009MC.

Enable™ 4009MC performance polymer resin is an ethylene 1-hexene copolymer. It can be employed in medium and high density jacketing balancing good processability with mechanical strength, abrasion and environmental stress crack resistance (ESCR). Sufficient carbon black or UV stabilizer should be added to meet cable jacketing specifications.

Enable™ 4009RA is a medium density ethylene 1-hexene copolymer resin that offers an outstanding balance between extrusion processing and film properties, including modulus, tensile, impact and puncture. Fluoropolymers, or fluorine-containing compounds, and TNPP are not intentionally added to Enable™ 4009RA.

Enable™ 9365 is a medium density ethylene 1-hexene copolymer that offers an outstanding balance between extrusion processing and properties, including long term hydrostatic strength, gloss, and flexibility. Enable™ 9365RT has hydrostatic strength of PE-RT type 1 according to ISO 22391.

Enable™ 9365RT is a medium density ethylene 1-hexene copolymer that offers an outstanding balance between extrusion processing and properties, including long term hydrostatic strength, gloss, and flexibility. Enable™ 9365RT has hydrostatic strength of PE-RT type 1 according to ISO 22391.

Exceed™ 0015XC resin is an ethylene 1-hexene copolymer. Laminates using Exceed™ 0015XC as coating layer have outstanding sealing properties and broad hot tack window. The grade has 'easy processability' due to the high melt index in extrusion coating, extrusion lamination and co-extrusion coating processes. The grade is recommended for coating on different substrates like board and paper (bleached and unbleached), aluminum foil, flexible films, PE based woven fabrics, etc.