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

AXIALL's Georgia Gulf 3101 is a powder blend designed for the extrusion of window, door and fence profiles where weatherability is of primary consideration.

AXIALL's Georgia Gulf 3121 is an exterior grade powder compound formulated for processing applications requiring high production output rate. Having excellent weatherability and impact strength, 3121 is suitable for such applications as windows, doors, decks and fencing.

3152 is a rigid, twin-screw extrusion PVC powder blend compound for interior applications that is NSF Standard 14 and Standard 61 approved for potable water, drain waste, and vent pipe.

AXIALL's Georgia Gulf 3217 is a powder blend designed for the extrusion of window, door, fence and marine profiles where weatherability is of primary consideration.

AXIALL's Georgia Gulf 3240 is a special purpose rigid powder blend PVC compound.

AXIALL's Georgia Gulf 3245 is a special purpose rigid powder blend PVC compound.

3265 is a special purpose rigid extrusion grade of PVC compound designed for applications requiring toughness, stability, ease of processing, durability, chemical resistance, and weathering properties in all colors.

3291 is a rigid, twin-screw extrusion PVC powder compound for profile-extruded building products and exterior applications. This compound is weatherable and AAMA Certified.

AXIALL's 3303 Natural is a powder blend base designed for outdoor applications

3310 is a rigid PVC building products profile extrusion compound. This product is available in weatherable and non-weatherable colors.

3401 is a twin screw powder blend and is designed for NSF pipe applications, including potable water.

3533 is a rigid, twin-screw extrusion PVC powder substrate compound for interior applications. The product is designed for good impact and adhesion to capstock compounds.

AXIALL's Georgia Gulf 3605 is a special purpose compound formulated for the extrusion of thin wall profiles such as edge banding and furniture trim. It is available in natural and precolored white.

AXIALL's Georgia Gulf 3650 is a special purpose rigid PVC compound designed for applications requiring weatherability, gloss, impact strength and toughness, flame retardance, chemical resistance, thermoformability, extrudability in profile and sheet, and moldability in fittings and caps.

AXIALL's Georgia Gulf 3801, 3802, and 3803 are vinyl foam compounds designed for applications requiring lower density than standard rigid vinyls.

AXIALL's Georgia Gulf 3801, 3802, and 3803 are vinyl foam compounds designed for applications requiring lower density than standard rigid vinyls.

AXIALL's Georgia Gulf 3801, 3802, and 3803 are vinyl foam compounds designed for applications requiring lower density than standard rigid vinyls.

3842 is a rigid, twin-screw extrusion cellular foam powder PVC compound for interior applications or as a substrate. The compound incorporates a foaming agent that provides consistent blowing properties and cellular structure. Parts made with the 3842 have excellent impact durability and this compound can be produced in multiple colors, as requested.

38511 is a flexible extrusion PVC compound for 90°C tray able jack applications. This compound was formulated for excellent low temperature properties and for flame retardant applications

Non-lead flame retardant flexible PVC compound suitable for integral conduit jackets.

90C rated flame retardant jacket with good low temperature properties. Suitable for CATV jacket applications.

4100-50 is a flexible automotive insulation PVC compound formulated for thick wall, 100°C insulating applications per ISO 6722. The compound is optimized for superior flexibility and ease of installation and routing in 8.0 mm and larger ISO conductor sized cables.

4100-53 is a flexible automotive insulation PVC compound formulated for thin wall, 100°C insulating applications per ISO 6722. The compound is optimized for superior flexibility and ease of installation and routing in 0.5 mm to 6.0 mm ISO conductor sized cables.

4100-58 is a flexible automotive insulation PVC compound formulated for ultra thin wall, 100°C insulating applications per ISO 6722. The compound is optimized for superior flexibility and ease of installation and routing in 0.35 mm ISO conductor sized cables.

4125-50 is a flexible automotive insulation PVC compound formulated for thick wall, 125°C insulating applications per ISO 6722. The compound is optimized for superior flexibility and ease of installation and routing in 8.0 mm and larger ISO conductor sized cables.

4125-52 is a flexible extrusion PVC compound formulated for a maximum service temperature of 125°C and thick wall insulating applications per ISO 6722.

4125-53 is a flexible automotive insulation PVC compound formulated for thin wall, 125°C insulating applications per ISO 6722. The compound is optimized for superior flexibility and ease of installation and routing in 0.50 mm to 6.0 mm ISO conductor sized cables.

4125-58 is a flexible automotive insulation PVC compound formulated for ultra thin wall, 125°C insulating applications per ISO 6722. The compound is optimized for superior flexibility and ease of installation and routing in 0.35 mm ISO conductor sized cables.

4425 is a flexible extrusion PVC compound for automotive insulation requiring a maximum service temperature of 85°C and high-speed TWP constructions. 4425 is suitable for SAE J1128, SAE J1127, SAE 1560, Ford M1L 120A, and Chrysler MS 7889.

4441 is a flexible extrusion PVC compound for automotive insulation applications requiring a maximum service temperature of 85°C and high-speed GPT constructions. 4441 is suitable for SAE J1128, JASO D611, and MS DC16 Type A.

4501 is a flexible extrusion PVC compound formulated for automotive insulation requiring a maximum service temperature of 105°C. This compound is suitable for ISO 6722, ES-AU5T-1A348-AA, GMW15626, MS12441, and MS DC16.

Non-lead stabilized 105C rated automotive harness compound

4520 is a flexible extrusion PVC compound for automotive insulation applications requiring thin-walled constructions and a maximum service temperature of 105°C.