105 C; VW-1 non-lead stabilized insulation with good flexibility. Ideally suited for 1/64 wall (18 AWG and larger). UL approved for TW, THW, THHW applications. UL Recognized Component for TW, THW, THHW. VW-1 rated

This flexible compound is formulated to provide excellent weatherable properties for a variety of exterior building wire, appliance wire, and insulation applications that require UL 62/720 certifications. This compound can service temperatures up to 105°C with a minimum wall thickness of 1/32 inch and is commonly used in SPT-1W parallel cord insulating applications.

UL approved TW insulation compound. Suitable for 105C constructions at a minimum wall thickness of 1/32". Suitable for 720 hr sunlight reisant applications.

This flexible, non-phthalate compound is formulated for a variety of building wire, appliance wire, and insulation applications that require UL, TW, THW, and THHW certifications. This VW-1 rated compound can service temperatures up to 105°C with a minimum wall thickness of 1/64 inch.

Non-lead stabilized, 105C rated insulation compound recommended for AWM applications.

This flexible, non-lead stabilized compound is formulated to provide excellent microbial and fungal resistant properties for a variety of building wire and insulation applications. This compound can service temperatures up to 105°C.

This flexible, non-lead stabilized compound is formulated for a variety of building wire and insulation applications that require CSA, FT1, TWN75, TEW,UL758, AWM IA, and Oil Resistance I certifications. This compound can service temperatures up to 105°C with a minimum wall thickness of 1/64 inch and is commonly used in THHN-THWN circuit size, AWG construction.

This flexible compound is formulated to provide excellent low-temperature properties for a variety of building wire and insulation applications. This compound can service temperatures up to 105°C with a minimum wall thickness of 1/64 inch and is commonly used in THHN-THWN applications.

19922 is a flexible extrusion PVC compound formulated for maximum service temperature of 105°C for phthalate free THHN-THWN insulating applications at a minimum wall thickness of 0.015" and thicker wall thicknesses in all sizes and colors. The compound also possesses excellent low temperature performance.

This flexible, non-phthalate compound is formulated for a variety of building wire applications.

This flexible, semi-rigid compound is formulated to provide excellent low-temperature properties for a variety of tray cable, building wire, and riser applications. This compound can service temperatures up to 60°C and is commonly used in data communication, riser construction.

Non-lead stabilized SJTO, SJTOO oil resistant flexible cord jacket

22460 is a flexible extrusion PVC compound formulated for maximum service temperature of 75°C in riser jacketing applications over HDPE. The recommended minimum jacket thickness is 22 mils.

This flexible compound is formulated for a variety of tray cable, building wire, and riser applications that require a maximum service temperature of 90°C.

Non-staining extrusion compound recommended for retractile telecommunication cord. Maximum service temperature of 60 C.

This flexible, non-lead stabilized compound is formulated for a variety of tray cable, building wire, and appliance wire applications that require UL 94 certification. This compound can service temperatures up to 75°C and is commonly used in CATV, CM, CL2 type applications.

22840 is a flexible extrusion PVC compound formulated for maximum service temperature of 75°C in Category 5 CMR jacketing applications over HDPE inners.

This flexible compound is formulated to provide excellent weatherable properties for a variety of exterior tray cable, and building wire applications that require UL 720 certification. This compound can service temperatures up to 105°C and is commonly used in CM and CMR applications over flame retardant insulations.

Non-lead, category 5 flexible CMR jacket over HDPE inners.

RoHS compliant, 75C rated riser jacket with excellent low temperature properties.

Non-lead stabilized riser jacket recommended over PVC and FRHDPE primaries. Maximum service temperature rating of 75C.

This flexible, non-lead stabilized compound is formulated for a variety of tray cable, building wire, and riser applications that require a maximum service temperature of 75°C.

This flexible compound is formulated for a variety of tray cable, building wire, and riser applications. This compound can service temperatures up to 75°C and is commonly used in CM and CL2 constructions over HDPE and FR PVC insulations.

This flexible compound is formulated for a variety of tray cable, building wire, and telecommunications jacketing applications. This compound can service temperatures up to 75°C and is commonly used in riser applications with flame-retardant PVC primaries.

This flexible compound is formulated for a variety of building wire, tray cable, and jacketing applications. This compound can service temperatures up to 75°C and is commonly used in riser and telecommunication applications with flame-retardant PVC primaries.

Non-lead stabilized, 80C riser jacket.

Non lead stabilized, 75°C rated jacket compound suitable for riser constructions over HDPE.

This flexible, non-lead stabilized compound is formulated for a variety of tray cable and building wire applications that require a maximum service temperature of 80°C.

2500 is a rigid extrusion PVC compound for interior applications. This compound is part of a family of products that partially contains a recycled stream, which helps to make end products more cost-competitive. This product is transparent and typically used in end products that are non-color or non-appearance critical.

2503 is a rigid extrusion PVC compound for interior applications. This compound is part of a family of products that partially contains a recycled stream, which helps to make end products more cost-competitive. This product is black and typically used in end products that are non-color or non-appearance critical.

2512 is a rigid extrusion PVC compound for interior applications. This compound is part of a family of products that partially contains a recycled stream, which helps to make end products more cost-competitive. This product is white and typically used in end products that are non-color or non-appearance critical.

This rigid, non-phthalate compound is formulated for a variety of custom injection molding applications. This sustainable compound is partially formulated with recycled product to allow for a more cost-effective end product.

This flexible, non-phthalate compound is formulated to provide excellent UV and oil resistance for a variety of tray cable and building wire applications. This soft compound can service temperatures up to 105°C and is commonly used in tray cable applications over FR inners.

28930 is a compound formulated for UV resistance in 105°C FT-4 riser jacket applications.

AXIALL's Georgia Gulf 3014 is a base for use of wood flour up to 40 percent.

AXIALL's Georgia Gulf 3020 is a base for use of wood flour up to 40 percent. -Impact strength and toughness -Flame retardant -Chemical resistance -Dimensional stability

3021 is a rigid, twin-screw extrusion PVC powder blend compound for interior applications designed as a foaming base. The compound is formulated to support uniform cell structure.

AXIALL's Georgia Gulf 3027 is a powder blend designed as a substrate base for coextruded profiles.

This rigid, non-phthalate compound is formulated to provide excellent gloss, high-impact strength, toughness, and weatherable properties for a variety of exterior custom injection molding, profile extrusion, and sheet applications. This powder blend, flame and chemical resistant, compound is commonly used in thermoformed applications.

This rigid, powder blend, non-phthalate compound is formulated for use in a twin-screw extruder and provides excellent weatherable properties for a variety of profile extrusion applications. This powder blend compound is commonly used in exterior building product applications that require NSF 61 certification.