Petrothene GA808091 is a broad molecular weight, linear low density polyethylene resin selected by customers for use as a base resin in wire and cable jacketing. An antioxidant package is added to ensure thermal stability during processing. Petrothene GA808091 meets the requirements of the following: ASTM D 1248, Type I, Class A, Category 4, Grade E5; Federal LP390C, Type II, Class L, Category 4, Grade 4.

Petrothene GA808093 is a broad molecular weight, linear low density polyethylene resin selected by customers for use as wire and cable insulation. An antioxidant package has been added to ensure thermal stability during processing. The resin also contains a metal deactivator to prevent degradation from copper while the cable is in service. Petrothene GA808093 meets the requirements of the following: ASTM D 1248, Type I, Class A, Category 4, Grade E5; Federal LP390C, Type II, Class L, Category 4, Grade 4.

Petrothene GA837091 is a broad molecular weight, medium density resin selected by customers for use as a base resin in wire and cable jacketing. An antioxidant has been added to ensure thermal stability. Petrothene GA837091 meets the requirements of the following: ASTM D 1248, Type II, Class A, Category 4, Grade E9; Federal LP390C, Type II, Class M, Category 4, Grade 2.

Petrothene HR52811E is a natural, UV-stabilized, high density polyethylene grade with hexene as comonomer. The Wire & Cable compound is designed for use in jacketing and insulation applications and exhibits an excellent ESCR, good electrical properties and a high impact strength at low temperatures. Petrothene HR52811E contains a robust additives package for thermal stabilization and UV stabilizers providing weathering resistance. The product is delivered in pellet form and meets the requirements of ASTM D 1248, Type III, Class A, Category 3, Grade E9, J4.

Petrothene HR92953 is a medium density polyethylene-based resin selected by customers for use as jacketing for communications cable, including CATV and FOC. HR92953 has a nominal carbon black content of 2.6% and antioxidant has been added to ensure thermal stability during processing. Petrothene HR92953 meets the requirements of the following: ASTM D 1248, Type II, Class C, Category 4, Grades E10 and J5; Federal LP390C, Type III, Class M, Category 4, Grade 3.

Petrothene KR92717 is a high molecular weight, high density polyethylene-based compound selected by customers for use in cable insulation and cable jacketing applications. This black compound contains additive packages to ensure UV and processing stability. Petrothene KR92717 meets the requirements of the following: ASTM D 1248, Type III, Class B, Category 4 or 5, Grades E9, E11 and J5.

Petrothene KR92828 is a high molecular weight, high density polyethylene-based compound selected by customers for use in cable jacketing, conduit or wire insulation. KR92828 contains a nominal carbon black content of 2.5%. Antioxidant has been added to ensure thermal stability during processing. Petrothene KR92828 meets the requirements of the following: ASTM D 1248, Type III, Class C, Category 5, Grades J4 and E10; Federal LP390C, Type III, Class H, Category 5, Grades 1 and 2.

Petrothene LR590001 is selected by customers for use as primary insulation for applications with demanding aging requirements such as telephone singles. LR590001 is a high density resin which exhibits low shrinkback after extrusion. Antioxidant has been added to ensure thermal stability during processing. The resin also contains a metal deactivator to prevent degradation from copper while the cable is in service. Petrothene LR590001 meets the requirements of the following: ASTM D 1248-2, Type III, Class A, Category 4, Grades E8 and E9; Federal LP390C, Type II, Class H, Category 4, Grade 1; REA PE-22; REA PE-39.

Petrothene LR590005 is a high density resin selected by customers for use as primary insulation for electronic cables. This resin exhibits low shrinkback after extrusion, contains a lower level of antioxidant than LR590001, and is not suitable for the telecommunications applications for which LR590001 was formulated. Antioxidant has been added to LR590005 along with a metal deactivator to ensure thermal stability during processing and to prevent degradation from copper while the cable is in service. Petrothene LR590005 meets the requirements of the following: ASTM D 1248-2, Type III, Class A, Category 4, Grades E8 and E9; Federal LP390C, Type II, Class H, Category 4, Grade 1; REA PE-22; REA 7CFR 1755.390.

Petrothene LR686001 is selected by customers for use as insulation for foam/skin telephone singles, and is a natural, expandable, high density polyethylene compound containing a chemical blowing agent. LR686001 is highly stabilized to ensure OIT retention and thermal stability during processing, oven aging, and in pedestal testing. This product contains a processing aid and a metal deactivator to prevent degradation from copper while the cable is in service. Petrothene LR686001 meets the requirements of the following: ASTM D 1248, Type III, Class A, Category 4, Grade E9; Federal LP390C, Type II, Class H, Category 4, Grade 1; REA PE-89.

Petrothene NA217080 is a natural low density polyethylene resin selected by customers for use as primary insulation for coaxial cable applications. NA217080 has also been used as a base resin for compounding materials including gas-injected or chemically expanded insulation. Petrothene NA217080 meets the requirements of the following: ASTM D 1248, Type I, Class A, Category 3, Grade E3; Federal LP390C, Type II, Class L, Category 3, Grade 1.

Petrothene NA951080 is a natural, low density, medium molecular weight polyethylene resin containing no additives. NA951080 is selected by customers for use as a base resin for direct peroxide injection (DPI) medium voltage insulation and for use as a compounding material including gas-injected or chemically expanded insulation. Petrothene NA951080 meets the requirements of the following: ASTM D 1248, Type I, Class A, Category 3, Grade E3; Federal LP390C, Type II, Class L, Category 3, Grade 1.

Petrothene PM92973 is a black masterbatch formulated to be melt blended with a LLDPE base resin for use in the extrusion of communications and power cable jacketing. Antioxidant, to ensure thermal stability, and a processing aid have been added. This masterbatch can also be successfully used with LDPE, MDPE, HDPE and PP resins.

Petrothene PP1510PC is selected by customers for use as primary insulation or a jacketing base resin for wire and cable applications. PP1510PC contains antioxidants to help ensure thermal stability during processing and to provide excellent long-term aging properties. It also contains a metal deactivator to prevent degradation while the cable is in service. Petrothene PP1510PC meets the requirements of the following: ASTM D 4101, Group 03, Class 4, Grade 8; PP0348B44803EO; Federal LP394C, Type IV, Grade B.

Petrothene PR92735 is a high molecular weight, linear low density polyethylene-based compound selected by customers for cable jacketing or wire insulation. PR92735 contains a nominal carbon black content of 2.6%. Antioxidant, to ensure thermal stability, and a processing aid have been added. Petrothene PR92735 meets the requirements of the following: ASTM D 1248, Type I, Class C, Category 4, Grades E5, J1 and J3; Federal LP390C, Type III, Class L, Category 4, Grades 2, 3 and 4; REA PE-200, Appendix E.

Petrothene XL05480E is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene XL05480E is selected by customers for use in 125 °C automotive primary insulation (SAE J1128) constructions.

Petrothene XL07417 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07417 is selected by customers for use in 125 °C automotive wire & cable applications (SAE J1128 / J1127).

Petrothene XL07420B is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07420B is selected by customers for use in ISO 125 °C thin wall automotive wire & cable applications.

Petrothene XL07425 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07425 is selected by customers for use in 125 °C automotive wire & cable applications (SAE J1128) and UL 125 °C appliance, SIS wire, and CSA 125 °C appliance and coil lead wire.

Petrothene XL07438X01 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07438X01 is selected by customers for use in 125 °C automotive wire & cable applications (ISO 6722).

Petrothene XL07505 is a colorable, non-halogenated, flame retardant compound crosslinkable via continuous vulcanization (C.V.). Petrothene XL07505 is selected by customers for use in 125 °C automotive wire & cable applications (SAE J1128).

Petrothene YR19513 is a no-cure colorable, non-halogenated, flame retardant thermoplastic compound. Petrothene YR19513 is selected by customers for use in wire constructions requiring an extruded stripe.

Petrothene YR19548 is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene YR19548 is selected by customers for use in 125 °C automotive primary insulation (SAE J1128) constructions.

Petrothene YR19600B is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene YR19600B is selected by customers for use in automotive wires.

Petrothene YR19600BX03 is a colorable, non-halogenated, flame retardant compound crosslinkable via electron beam radiation. Petrothene YR19600BX03 is selected by customers for use in ISO 125 °C thin wall automotive wire & cable applications.

Petrothene YR92126 is a thermoplastic polyolefin-based, semiconductive, deformation resistant, black compound. YR92126 is selected by customers for use as shielding and jacketing for medium voltage power cable. When properly extruded, cables produced with YR92126 will meet the requirements of AEIC CS 5-82 and ICEA S-66-524. Antioxidant has been added to ensure thermal stability during processing and enhance product performance.