- High melt strength - Excellent low temperature toughness Industrial Standards Compliance: - ASTM D 3350: cell classification PE224340A - Complies with U.S. FDA 21 CFR 177.1520 (c) 3.1a. - Complies Europe Commission Regulation (EU) No 10/2011 (See NOTES) - Consult the regulations for complete details. DOW DNDA-7350 NT 7 Medium Density Polyethylene Resin is produced using UNIPOL™ process technology. It is intended for use in flexible hose and tube applications as well as blow molded articles. It exhibits high melt strength and excellent low temperature toughness.

DOW™ DPDA-3135 NT 7 Medium Density Polyethylene (MDPE) Resin is produced via UNIPOL™ Process Technology from Dow and is intended for rotational and injection molding. It is specifically designed for applications requiring excellent processability and aesthetics combined with low warpage and good mechanical properties. Processing and Stabilization: DOW DPDA-3135 NT 7 MDPE Resin is fully heat and UV stabilized resulting in a wide processing latitude, good color retention and long life expectancy. - Rotational molding or injection molding - For intermediate bulk containers, toys, general purpose custom molding, agricultural storage tanks, water tanks, marine parts, indoor consumer articles - Excellent impact strength, stress crack resistance and processability - Long term UV stabilization: UV-8 stabilizer package Complies with: - U.S. FDA 21 CFR 177.1520 (c)3.1a - Canadian HPFB No Objection - Underwriters Laboratories Inc. - EU, 10/2011 - NSF International NSF/ANSI Std 61 (sec 4 & 5) Consult the regulations for complete details.

DOW™ DPDA-3152 NT 7 Medium Density Polyethylene (MDPE) Resin is produced via UNIPOL™ Process Technology from Dow and is intended for rotational and injection molding. It is specifically designed for applications requiring excellent processability and aesthetics combined with low warpage and good mechanical properties. Processing and Stabilization: DOW DPDA-3152 NT 7 MDPE Resin is fully heat and UV stabilized resulting in a wide processing latitude, good color retention and long life expectancy. - Rotational molding or injection molding - For intermediate bulk containers, toys, general purpose custom molding, agricultural storage tanks, water tanks, marine parts, indoor consumer articles - Excellent impact strength, stress crack resistance and processability - Long term UV stabilization: UV-8 stabilizer package Complies with: - U.S. FDA 21 CFR 177.1520 (c)3.1a - Canadian HPFB No Objection - Underwriters Laboratories, Inc. - NSF International NSF/ANSI Std 61 (sec 4 & 5) Consult the regulations for complete details.

DOW™ DPDA-3170 NT 7 Medium Density Polyethylene (MDPE) Resin is produced via UNIPOL™ Process Technology from Dow and is intended for rotational and injection molding and is specifically designed for applications requiring excellent processability and aesthetics combined with low warpage and good mechanical properties. Processing and Stabilization: DOW DPDA-3170 NT 7 MDPE Resin is fully heat and UV stabilized resulting in a wide processing latitude, good color retention and long life expectancy. - Rotational molding or injection molding - For intermediate bulk containers, toys, general purpose custom molding, agricultural storage tanks, water tanks, marine parts, indoor consumer articles - Excellent impact strength, stress crack resistance and processability - Long term UV stabilization: UV-8 stabilizer package Complies with: - U.S. FDA 21 CFR 177.1520 (c)3.1a - Canadian HPFB No Objection - Underwriters Laboratories Inc. - NSF International NSF/ANSI Std 61 (sec 4 & 5) - European Commission Regulation (EU) No 10/2011 Consult the regulations for complete details.

DOW™ DPDA-3020 NT 7 Medium Density Polyethylene (MDPE) Resin is produced via UNIPOLTM Process Technology from Dow and is intended for use in a broad range of injection molding applications such as household or commercial trash bins, storage units (totes, bins and laundry baskets) and large carts. This resin has been designed to provide an excellent balance of toughness, tear resistance and processability. · Injection Molding · For injection molded household or commercial trash bins, storage units (totes, bins and baskets) and large carts · Excellent balance of toughness, tear resistance and processability Complies with: · U.S. FDA 21 CFR 177.1520 (c) 3.2a Consult the regulations for complete details

MDPE NG 7525 is a Medium Density Polyethylene Resin produced in the UNIPOL™ Process. This resin is recommended to be used in thin-wall micro-irrigation tape application and profile extrusion application. Resin exhibits good draw down characteristics producing tapes with a reliable balance of extrusion and stiffness. It can also be used as a component in mixtures with low density polyethylene resins and linear low density polyethylene resins, to modify and improve the mechanical properties. Outdoor applications require the addition of UV stabilizer to maintain the excellent properties over extended periods of UV exposure. Main Characteristics: - High performance in processability - Excellent mechanical properties - High ESCR - Excellent seal property in drippers - Complies with Regulation U.S. FDA 21 CFR 177.1520 (c) 3.2a - Complies with EU, No 10/2011 - Consult the regulation for complete details

MPDE NG 6995 is a Medium Density Polyethylene Resin produced in the Gas Phase technology. It is designed for blown film applications providing good processability and seal properties. It offers good tear and impact resistance. Main Characteristics: - Monolayer and multilayer blown film - General purpose bags Complies with: - U.S. FDA 21 CFR 177.1520 (c) 3.2a - European Commission Regulation (EU) No 10/2011 Consult the regulation for complete details.

XDPDA-3020 NT 7 Experimental Medium Density Polyethylene (MDPE) Resin is produced via UNIPOLTM Process Technology from Dow and is intended for use in a broad range of injection molding applications such as household or commercial trash bins, storage units (totes, bins and laundry baskets) and large carts. This resin has been designed to provide an excellent balance of toughness, tear resistance and processability. · Injection Molding · For injection molded household or commercial trash bins, storage units (totes, bins and baskets) and large carts · Excellent balance of toughness, tear resistance and processability Complies with: · U.S. FDA 21 CFR 177.1520 (c) 3.2a Consult the regulations for complete details

DOW™ LDPE 6611 is a high viscosity low density polyethylene resin that contains various additives to assist in purging and cleaning the extruder. This polymer is formulated with agents to help it wet and scour metal surfaces within the extrusion system. It also contains a blowing agent which helps to disrupt normal flow patterns and enhance scouring action. The resin normally will foam, snap, and crackle as it leaves the die. Odors that are associated with ammonia and fish are detectable from the extrudate and feed hopper. When extruded, the resin has a grayish brown color and a very high viscosity at the die exit. Precautions *** Adequate ventilation is required for use. Fumes from extrusion can be irritatingto the eyes, nose, and throat. Fumes from high temperature extrusion of polyolefinresins contain various products of decomposition that may be toxic. *** Exploding bubbles can spit hot polymer as the melt exits the die. Properprotective apparel, including eye protection, should be worn. Other Restrictions - DOW™ LDPE 6611 should not be extruded or exposed to temperatures above 310°C(590°F). - DOW™ LDPE 6611 does not comply with FDA regulations, so complete purgingfrom the extrusion system is required after use. - DOW™ LDPE 6611 contains silicon dioxide to assist in scouring hard deposits frommetal surfaces. Excessive use of this purge compound can cause prematureequipment wear, particularly in some extrusion systems that are soft nickel plated. Applications - DOW™ LDPE 6611 is not required for normal transitions into and out of SURLYN™ ionomer resins, NUCREL™ acid copolymer resins, and other common polyolefins. The "Disco Purge / Transition Procedure" is recommended for use during these normal transitions, and special purging compounds such as DOW™ LDPE 6611 are not part of this procedure. There are instances, however, when it is practical to use a special purging compound like DOW™ LDPE 6611. For a copy of the "Disco Purge / Transition Procedure", please contact your Dow Packaging & Industrial Polymer representative. Examples for use include: - Cleaning particularly dirty extruders. - Removing die lines caused by oxidized polymer deposits. - Purging extruders that have chronic purging problems (gels) following runs ofSURLYN™ resins, NUCREL™ resins, ELVAX™ ethylene vinyl acetate resins, orother specialty resins. Consulting your technical representative is also highlyrecommended for these cases. - Purging prior to extrusion jobs that are particularly sensitive to gels. - Facilitating purging for shutdowns when normal Disco Purging has not proveneffective. A shutdown is any period of time when the extruder will be completelyturned off, such as a weekend or maintenance outage. It is very important thatspecialty copolymers such as SURLYN™ and NUCREL™ be completely purgedbefore such a shutdown, as the cool-down, heat-up, and soak periods allow plentyof time to cause significant gel problems. - Facilitating rapid removal of pigments from the extruder. - DOW™ LDPE 6611 has also been used to facilitate pulling and cleaning largediameter extrusion screws. However, acrylic purge material is normally used forthis purpose. - The high viscosity of DOW™ LDPE 6611 lends itself to easy cleaning of hardwareduring disassembly, because it peels rather than smearing along the metalsurfaces. - Although most frequently used on flat die extrusion equipment, DOW™ LDPE 6611can also be used for round die converting equipment as well. It can be difficult topurge DOW™ LDPE 6611 out of standard spiral-fed blown film dies, unless a verylow melt index polyethylene is available for this purpose (0.5 MI LDPE or 1.0 MILLDPE).

DOW™ 20 HEALTH+™ Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. A unique polymerization process allows for the production of a very high purity product, vital for pharmaceutical applications. The product also has outstanding flexibility and environmental stress crack resistance without the use of additives. Applications - Extrusion Blow / Fill / Seal vials, also known as "BFS vials". - Injection molded parts, in particular used in medical and pharmaceutical packaging.

DOW™ 2010 Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. This product, produced via a unique polymerization process, has outstanding flexibility and environmental stress crack resistance. Features: - Contains oleamide as a mold release agent. Applications - Injection molded parts used in medical, pharmaceutical, and personal care packaging.

DOW™ 2020T Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. This product, produced via a unique polymerization process, has outstanding flexibility and environmental stress crack resistance. DOW™ 2020T Ultra-Pure Polyethylene is mainly intended for use in extruded tubing. Applications - Extruded tubes, in particular used in medical, pharmaceutical, and personal care packaging.

DOW™ 20-6064 HEALTH+™ Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. A unique polymerization process allows for the production of a very high purity product, vital for pharmaceutical applications. The product is designed to have outstanding flexibility and environmental stress crack resistance. For optimized processability, the Dow™ 20- 6064 HEALTH+™ contains a specially-designed release agent compatible with many pharmaceutical formulations. Features - Contains polyethylene glycol (PEG) as an injection blow molding release agent, at a standard level. Applications - Injection blow molded bottles, in particular used in medical and pharmaceutical packaging.

DOW™ 20-6064A HEALTH+™ Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. A unique polymerization process allows for the production of a very high purity product, vital for pharmaceutical applications. The product is designed to have outstanding flexibility and environmental stress crack resistance. For optimized processability, the Dow™ 20-6064A HEALTH+™ contains a specially-designed release agent compatible with many pharmaceutical formulations. Features - Contains polyethylene glycol (PEG) as an injection blow molding release agent, at a lower level. Applications - Injection blow molded bottles, in particular used in medical and pharmaceutical packaging.

DOW™ 20-6064B HEALTH+™ Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. A unique polymerization process allows for the production of a very high purity product, vital for pharmaceutical applications. The product is designed to have outstanding flexibility and environmental stress crack resistance. For optimized processability, the Dow™ 20-6064B HEALTH+™ contains a specially-designed release agent compatible with many pharmaceutical formulations. Features - Contains polyethylene glycol (PEG) as an injection blow molding release agent, at a higher level. Applications - Injection blow molded bottles, in particular used in medical and pharmaceutical packaging.

DOW™ 20-6064C HEALTH+™ Ultra-Pure Polyethylene resin is characterized by low melt index and intermediate crystallinity. A unique polymerization process allows for the production of a very high purity product, vital for pharmaceutical applications. The product is designed to have outstanding flexibility and environmental stress crack resistance. For optimized processability, the Dow™ 20-6064C HEALTH+™ contains a specially-designed release agent compatible with many pharmaceutical formulations. Features - Contains polyethylene glycol (PEG) as an injection blow molding release agent, at a very high level. Applications - Injection blow molded bottles, in particular used in medical and pharmaceutical packaging.

- Low modulus film - Excellent compatibility with polypropylene and polyethylene - Complies with U.S. FDA 21 CFR 177.1520 (c) 3.1a - Complies with EU, No 10/2011 - Consult the regulations for complete details. DFDA-1010 NT 7 Very Low Density Polyethylene (VLDPE) Resin is produced via gas phase polymerization from Dow. This is an ethylene-butene copolymer exhibiting high flexibility and elasticity. It can be utilized in monolayer and coextruded films and in blends with other polyolefins to enhance toughness of the structure.

- High elasticity with good elastic recovery - Excellent impact strength in blends with polypropylene and polyethylene - Soft touch blend - Complies with EU, No 10/2011 - Complies with U.S. FDA 21 CFR 175.105 DFDB-1085 NT Very Low Density Polyethylene (VLDPE) Resin is produced via gas phase polymerization from Dow. This is an ethylene-butene copolymer exhibiting high flexibility and elasticity. It can be utilized in monolayer and coextruded films and in blends with other polyolefins to enhance toughness of the structure.

- High elasticity with good elastic recovery - Excellent impact strength in blends with polypropylene and polyethylene - High melt strength - Soft touch blend DFDB-1088 NT Very Low Density Polyethylene (VLDPE) Resin is produced via gas phase polymerization from Dow. This is an ethylene-butene copolymer exhibiting high flexibility and elasticity. It can be utilized in monolayer and coextruded films and in blends with other polyolefins to enhance melt strength and toughness of the structure.

- High performance sealant layer in flexible packaging - Good optics, low temperature seal initiation and abuse resistance - Complies with CANADIAN HPFB NO OBJECTION (WITH LIMITATIONS) Although this product has been granted Canadian Health Products and Food Branch (HPFB) No Objection Status, it is the responsibility of the end-user to consult HPFB before using this product in a food contact or pharmaceutical packaging application. Some restrictions may apply in Canada on the use of this product. Contact the Canadian Regulatory Specialist for information on specific applications where No Objection Status was granted for this product. DFDB-9042 NT Very Low Density Polyethylene (VLDPE) Resin is produced via gas phase polymerization from Dow. This is an ethylene-butene copolymer designed to provide blown and cast film products with low temperature sealability, good optics and good abuse resistance. It has value as a sealant layer in multilayer film structures for dry and liquid packaging.

- Low modulus film - Excellent compatibility with polypropylene and polyethylene - Granular form of FLEXOMER DFDA-1010 NT 7 VLDPE Resin - Complies with U.S. FDA 21 CFR 177.1520 (c) 3.1a - Consult the regulations for complete details. GRSN-1539 NT 7 Very Low Density Polyethylene VLDPE Resin is produced via gas phase polymerization from Dow. This is an ethylene-butene copolymer exhibiting high flexibility and elasticity. It can be utilized in monolayer and coextruded films and in blends with other polyolefins to enhance toughness of the structure. Granular form enhances rapid melt blending into polypropylene or polyethylene.

DFDA-1224 NT is a natural high molecular weight, low density polyethylene. DFDA-1224 NT has been designed for use as a crosslinkable homopolymer for use with organic peroxides. The molecular characteristics of the product provide excellent extrusion processing, high efficiency of crosslinking, and excellent mechanical properties.

DFDA-1375 RD ist eine lineare Polyethylen-Kabelmantelmischungsverbindung niedriger Dichte, die in Pelletform bereitgestellt wird. Es wurde speziell auf identifizierbare Netzkabelanwendungen mit einer verbesserten Rauchtrübung von DFDA-1374 RD bei einer Dicke von 10 Mil (0,25 mm) entwickelt. Es basiert auf einem orgnaischen Pigment- und Füllstoffsystem mit ausgezeichneter Farbbeibehaltung in Säuren, Laugen und Wasser. Es ist mit LLDPE-Mänteln kompatibel und wird für den Einsatz als Streifen in Verbindung mit DFDG-6059 BK empfohlen. Spezifikationen DFDA-1375 RD erfüllt die folgenden Rohmaterialdaten: - ASTM D 1248, Typ 1, Klasse B, Kategorie 4, Grade J1 und J3

Dow™ Electrical & Telecommunications DFDA-3642 NT is a hexene-copolymer LLDPE designed for Low Voltage cable applications. It is intended for use in a one-step (monosil®) or two-step (Sioplas®) process in unfilled or filled (such as HFFR) systems. It provides an excellent balance of processability, mechanical properties and electrical properties. An appropriate amount of metal deactivator and antioxidant should be added to meet the aging requirements. The material does not contain slip or anti-block additives. Specifications DFDA-3642 NT meets the following material specifications: - ISO 17855-PE-LLD,, J-AGN, 18-D045 - ASTM D 1248: Type I, Class A, Category 3

DFDA-4850 NT is a low density, thermoplastic, unfilled polyethylene compound designed for starting-up and shutting-down medium and high voltage (5 kV and higher) power cable insulation extruders. It has a high degree of cleanliness required for these applications. DFDA-4850 NT is a nominal 2.0 melt index, 0.92 density, high pressure LDPE resin that has been stabilized with an antioxidant system that is compatible with HFDB-4201 EC, HFDB-4201 SC and HFDB-4202 EC. Cleanliness Requirements DFDA-4850 NT is required to meet strict standards for cleanliness as established by The Dow Chemical Company for an unfilled, thermoplastic insulation purge-type compound. The product is tested to ensure a high level of cleanliness. Pellet samples are visually inspected and extruded tapes are scanned by an automatic inspection system in a class 10,000 clean room. The purity data is managed using an acceptance sampling plan which ensures that the product in the shipping container meets or exceeds the required cleanliness standards.

Isolierharz Dow AXELERON™ GP A-7530 NT ist ein Polyethylenharz niedriger Dichte (LLDPE) in Pelletform, das über das UNIPOL-PE-Verfahren von Dow hergestellt wird. Es verfügt über ausgezeichnete elektrische Eigenschaften und kann als stabile Kabelisolierung eingesetzt werden. Spezifikationen Dow AXELERON™ GP A-7530 NT erfüllt die folgenden Spezifikationen: - ASTM D-1248, Typ I, Kategorie 4, Grade E4 & E5.

DOW™ Electrical & Telecommunications DFDK-6010 BK ist ein mit Kohlenstoffruß gefüllter Masterbatch, der einen Alterungsstabilisator enthält. Es ist speziell auf die Kompatibilität mit Polyethylenharzen von Dow für den Einsatz bei Ruß-Telekommunikations-, Netz- und Glasfaserkabeln ausgelegt. Um 2,6 % Kohlenstoffruß im Endprodukt zu erreichen, sollte DOW™ Electrical & Telecommunications DFDB-6010 BK ein Niveau von 6,2 % enthalten. Mit dem empfohlenen Kohlenstoffrußgehalt bietet DOW™ Electrical & Telecommunications DFDK-6010 BK ausgezeichneten UV-Schutz und erfüllt die Dispergierungsanforderungen für Telekommunikations-, Netz- und Glasfaserkabel. Verarbeitung: DFDK-6010 BK Carbon Black Masterbatch und das gewählte Dow-Polyethylenharz sollten gleichmäßig und im richtigen Verhältnis in den Extruder-Schütter eingeführt werden, um einen konsistenten Gehalt von 2,6 % Kohlenstoffruß im Endprodukt sicherzustellen. Es sind die für das gewählte Grundharz geeigneten Schmelzextrusionstemperaturen zu wählen.

Ethylen-Copolymer für Ader- und Kabelanwendungen Dow AXELERON™ GP K-6050 NT ist ein erweitertes, lineares Polyethylenharz niedriger Dichte, das bei ordnungsgemäßer Färbung und Stabilisierung als Kabelummantelungsmaterial eingesetzt werden kann. Das Material weist eine Kombination aus Eigenschaften auf, wie verbesserte Zähigkeit, Festigkeit und hohe Wärmebeständigkeit, während es gleichzeitig eine gute Flexibilität, ausgezeichnete Umweltspannungsrissbeständigkeit und ausgezeichnete Verarbeitungseigenschaften bietet. Durch seine ausgeglichenen mechanischen und verarbeitungsbezogenen Eigenschaften ist Dow AXELERON™ GP K-6050 NT ausgezeichnet für Ummantelungen von Netzkabel und Telekommunikationskabeln geeignet. Verarbeitungsempfehlungen: Dow AXELERON™ GP K-6050 NT kann über eine Palette an konventionell erhältlichen Ummantelungsextrudern extrudiert werden. Die typischen Extrudertrommeltemperaturen hängen von diversen Faktoren ab, beispielsweise der Extrudergröße. Ein guter Ausgangspunkt ist: 140/190/200/200/200/200°C bei Schmelztemperaturen unter 250°. Anwendungen: Dow AXELERON™ GP K-6050 NT ist ein naturfarbenes Harz, das mit Kohlenstoffruß oder farbigen Pigmenten mit einem geeigneten UV-Stabilisator gemischt werden muss, um eine ausreichende Witterungsbeständigkeit sicherzustellen. Für eine langfristige Alterungsbeständigkeit ist die Zugabe eines geeigneten Antioxidationsniveaus erforderlich. Spezifikationen: - Der Polymerwerkstoff ist unter Einsatz der standardmäßigen, kommerziellen Extrusionspraktiken für den Einsatz in Ader- und Kabelkomponenten kompatibel, die die folgenden Kabelspezifikationen erfüllen: ASTM D 1248, Typ I, Klasse A, Kategorie 3 Grade J3, E4. ISO 1872-PE, KGN - In Kombination mit einem geeigneten Kohlenstoffruß- oder Farb-Masterbatch erfüllen Ummantelungen, die aus Dow AXELERON™ GP K-6050 NT mittels standardmäßiger, konventioneller Extrusionspraktiken hergestellt werden, die folgenden Kabelspezifikationen: EN 50290-2-24 IEC 60708 IEC 60502 ST3 IEC 60840 ST3 HD 620 S1 Teil 1, DMP 12, 14, 17 BT M132 Vollständige Einzelheiten finden Sie in den Bestimmungen.

DOW™ Wire & Cable DFNK-0012 NT is a masterbatch for use as a nucleating agent in gas injection applications. It is specially designed for easy incorporation into HDPE and LDPE. When used correctly, it allows the formation of small, uniformly distributed cells. The masterbatch is a 2% concentrate of an exothermic chemical blowing agent in a high pressure LDPE base resin. It should be used at 0.5-3% masterbatch concentration. DFNK-0012 NT contains a stabilizer protecting against thermal oxidation and catalytic degradation by copper. Applications: Typical applications include RF cable and CATV drop cable with expansion rates of up to 80 %.

DGDA-1310 BK ist ein Grad für Hüllen aus schwarzem HDPE für Strom- und Telekommunikationskabelanwendungen. Das Material bietet ausgezeichnete mechanische und physikalische Eigenschaften und Spannungsrissbeständigkeit in Verbindung mit guter Verarbeitbarkeit. DGDA-1310 BK kann unter Verwendung konventioneller Kabelhüllentechniken mit Schmelztemperaturen, die typischerweise zwischen 200 und 230 °C liegen, extrudiert werden. Spezifikationen DGDA-1310 BK entspricht folgenden Rohmaterialspezifikationen: - ASTM D 1248 Typ III, Klasse C, Kategorie 5, Grad J4, E8, E9, W8, W9 - ISO 1872-PE, KHL, 50-D003 Kabel, die unter Verwendung des handelsüblichen Extrusionsverfahrens nach Industrienorm mit DGDA-1310 BK umhüllt sind, sollten folgenden Kabelspezifikationen entsprechen: - IEC 60502, ST7 - IEC 62067, ST7 - IEC 60840, ST7 - ICEA S-94 649 - ICEA S-108 720 - ICEA S-97 682 - ICEA-S-87-640 - BS 6234: Typ H03C, TS2 - Telcordia GR-70-CORE - HD 620 S2, Teil 1, Tabelle 4B, Typ DMP2, DMP 9-10, DMP 14-15, DMP 17 - EN 50290-2-24

Dow Electrical and Telecommunications DGDA-1310 NT High Density Polyethylene Resin is a high performance resin with an outstanding balance of processability and toughness. Dow Electrical and Telecommunications DGDA-1310 NT is designed for use in wire and cable extrusion for Monosil process and both power and telecommunication jacketing. DGDA-1310 NT also has excellent electrical properties and superior environmental stress crack resistance. Specifications Dow Electrical and Telecommunications DGDA-1310 NT meets the following specification: - ASTM D-1248 Type III, Class A, Category 5, Grade E9

Dow AXELERON™ GP K-6862 NT Polyethylene Resin für selbstfärbende Ummantelungen ist ein Polyethylenharz mit hoher Dichte, das bei ordnungsgemäßer Färbung und Stabilisierung als Kabelummantelungsmaterial eingesetzt werden kann. Dieses Material weist Eigenschaften auf, wie hohe Härte, Festigkeit, Bruchfestigkeit und Wärmebständigkeit in Kombination mit guter Flexibilität, ausgezeichneter Umweltspannungsrissbeständigkeit und guten Verarbeitungseigenschaften. Aufgrund der einzigartigen Kombination an HDPE- und MDPE-Eigenschaften ist Dow AXELERON™ GP K-6862 NT ein ausgezeichnetes Material für Netzkabel- und Kommunikationskabelummantelungen. Verarbeitungsempfehlungen: DGDK-6862 NT kann über eine Palette an konventionell erhältlichen Ummantelungsextrudern extrudiert werden. Die typischen Extrudertrommeltemperaturen hängen von diversen Faktoren ab, beispielsweise der Extrudergröße und der Austrittslippenmaße. Ein guter Ausgangspunkt ist: 140/190/200/200/200/210/210°C mit Schmelztemperaturen unter 250°C. Anwendungen. Dow AXELERON™ GP K-6862 NT ist ein naturfarbenes Harz, das mit Kohlenstoffruß oder einem Farbmasterbatch mit einem geeigneten UV-Stabilisator gemischt werden muss, um eine ausreichende Witterungsbeständigkeit sicherzustellen. Für die Alterungsbeständigkeit ist die Zugabe eines geeigneten Antioxidationsniveaus erforderlich. Die Ummantelung kann für Netzkabel und Telekommunikationskabel, einschließlich Glasfaserkabeln, eingesetzt werden. Lagerung. Die Lagerumgebung oder -bedingungen haben einen großen Einfluss auf die empfohlene Lagerdauer. Die Lagerung unter extremen Bedingungen kann negative Auswirkungen auf die Qualität, Verarbeitbarkeit oder Leistung des Produkts haben. Die Lagerung sollte unter Einhaltung der bevorzugten Herstellungsmethoden erfolgen. Hierzu gehört eine trockene Umgebung und Lagerungstemperaturen zwischen 10 und 30 °C.

DGDK-6924 NT EXP1 is a high density polyethylene compound designed for use in physical foaming processes where high expansion rates (40 - 70%) are required. This compound is designed to offer excellent high speed processability as given by low extrusion pressures and smooth insulation surface quality. Furthermore, since it is fully pre-compounded with all the necessary ingredients, DGDK-6924 NT EXP1 offers better dispersion of the nucleating agent allowing high expansion rates to be achieved with more consistent processability (capacitance and diameter). It is stabilized for long term cable performance in data cable applications. Applications: Typical applications include LAN and data center cables. Specifications DGDK-6924 NT EXP1 should meet the following material specifications: - ASTM D 1248 Class A, Type III, Category 3 - ISO 1875-PE, KGHN, 45-D-045

DGDL-3479 BK is a High Density Polyethylene compound produced from resin made by the UNIPOL™ process technology. DGDL-3479 BK is a prime quality telephone and power cable black jacketing that provides good toughness, excellent stress-cracking resistance, and abrasion resistance. Specifications DGDL-3479 BK meets the following raw material specifications: - ASTM D-1248: Type III, Class C, Category 5, Grades E10 and J4, J5 Cable jacketed with DGDL-3479 BK, using sound commercial extrusion practices, should meet the following specifications: - ICEA: S-61-402; NEMA WC5 - ANSI: C8.35 - IEC 60502

Dow Electrical and Telecommunications DGDL-3479 NT is a High Density Polyethylene compound produced from resin made by the UNIPOL™ process technology. Dow Electrical and Telecommunications DGDL-3479 NT is a prime quality telephone and power cable natural jacketing that provides good toughness, excellent stress-cracking resistance, and abrasion resistance. Specifications Dow Electrical and Telecommunications DGDL-3479 NT meets the following raw material specifications: - ASTM D-1248: Type III, Class A, Category 5, Grades E10 and J4, J5 Cable jacketed with Dow Electrical and Telecommunications DGDL-3479 NT, using sound commercial extrusion practices, should meet the following specifications: - ICEA: S-61-402; NEMA WC5 - ANSI: C8.35 - IEC 60502

Netzkabelisolierung HFDA-5630 Black ist ein thermisches, kohlenstoffrußgefülltes, vulkanisierbares Polyethylen-Copolymer- Aderisoliermaterial. Es wird für den Einsatz bei Anwendungen mit 600-Volt-Netzkabeln und Steuerkabeln empfohlen. Spezifikationen HFDA-5630 Black wird von den Underwriters Laboratories für den Einsatz in den Anwendungen XHHW, XHHW-2, RHH, RHW, RHW-2, SIS, USE und USE-2 gelistet. Kabel, die über stabile kommerzielle Herstellungsverfahren mit HFDA-5630 Black isoliert wurden, sollten die folgenden branchentypischen Kabelspezifikationen erfüllen: - ICEA: S-66-524; NEMA WC7

HFDA-9217 Black, with a density of 0.92, is a is a low-density, crosslinkable, black colored polyethylene compound with 0.5% carbon black designed for area power distribution wires covering up to 35 kV. It has the following important advantages: - Good thermal stability and weather resistivity - Excellent tracking resistance - High curing speed

HFDB-4201 EC is a long-life, unfilled, crosslinkable, low density polyethylene insulation compound designed for distribution and transmission power cable insulation applications. It has a very low level of contamination and bears the designation Extra Clean (EC). HFDB-4201 EC has been designed to have a low level of additive bloom for a long storage life, low dusting and an enhanced degree of scorch retardance for long production run lengths during cable manufacture. HFDB-4201 EC is recommended for the insulation of power distribution and transmission cables rated up to 69kV. Specifications HFDB-4201 EC is designed for use in power distribution and transmission cables. Cables insulated with HFDB-4201 EC, using sound commercial manufacturing practice, would be expected to meet the latest editions of the following specifications and regulations: - ANSI/ICEA*: S-94-649, S-97-682, S-93-639/NEMA WC74 - AEIC* CS8 - UL 1072 - CENELEC HD 620 S2 - IEC 60502, 60840 - GB/T 12706 - BSI BS 6622, 7870-4 *Applicable to USA manufactured product only.