Morris 68020 Extremely Durable and Versatile Flame Retardant Shrink Tubing offers exceptional protection and insulation for electrical splices and terminations. With a 3:1 shrink ratio, this tubing can accommodate various shapes and contours, making it an efficient choice for multiple applications. Designed for environments where maximum flame retardancy is crucial, it ensures that your connections remain safe and secure under pressure. What sets this shrink tubing apart is its thermoplastic meltable adhesive sealant liner that provides complete environmental protection and insulation. It will not split or rupture during installation, even when subjected to high temperatures, thanks to its robust construction. Rated for 1000V and capable of withstanding continuous use at 194°F (90°C), it operates effectively in extreme temperatures ranging from -67°F to 230°F (-55°C to 110°C). Measuring 12" in length and featuring a diameter of 2.00" before shrinking and 0.63" after, this tubing is ideal for a cable range of 250-500 MCM. The wall thickness of 0.16" adds to its durability. Available in black, the Morris 68020 is a reliable solution for your electrical insulation needs, ensuring peace of mind in both residential and industrial settings.
Extremely durable and versatile Flame Retardant Shrink Tubing.
Tubing Type: Heat Shrink
Application Range: 2.00-.630
Cable Range: 250-500 MCM
Color: Black
Country of Origin: Usa
Description: Heavy Wall Heat Shrink Tubing Flame Retardant 12" 2.00"-.63" 250-500 MCM
Diameter After Shrinking: 0.63"
Diameter Before Shrinking: 2.00"
Direct Burial Rating: UL 486D CSA C22.2 No. 198.2
Grade: Flame Retardant Heavy Wall
Length: 12"
Material: Polyolefin
Maximum Voltage: 1000 Volts
Mfg Standard: ANSI C119.1; We3wstern Underground Guide # 2.4. 2.5; ICEA; NEMA
Shrink Ratio: 3:1
Temperature Rating: -67oF - 230 oF
Type: Heavy Wall Heat Shrink Tubing Flame Retardant
Ul Listing: UL 486D CSA C22.2 No. 198.2
Upc: 601986680202
Wall Thickness: .16"
Warning: Cancer and Reproductive Harm
Wire Size: 250-500 MCM
