Alpha Wire Heat Shrink Tubing, Green, Yellow 3.1mm Sleeve Dia. x 152m Length 2:1 Ratio, FIT-260 Series / 8214960

For a secure fit, it is necessary that the tubing's recovered diameter (the diameter after shrinkage) is smaller than the diameter of the area to be insulated. At the same time, the tubing's expanded diameter (the diameter before shrinkage) needs to be large enough to fit easily over the area to be insulated, as well as any connectors attached to it. Alpha Wire FIT-260 Heat Shrink Tubing. Alpha Wire FIT heat shrink tubing offers a reliable means of protecting and sealing terminations or adding greater mechanical robustness. FIT preferred heat shrink products are made from premium compounds under tight manufacturing controls. Because of this, FIT heat shrink tubing has excellent physical attributes including low longitudinal shrinkage and wide operating temperature ranges, while conferring an elegant appearance when used alone or on OEM equipment. Features and Benefits. Irradiated polyolefin Shrink ratio 2:1 For 600V ground lead identification Low longitudinal shrinkage Operating temperature -55 to +135°C Chemical, heat and abrasion resistant. Product Application Information. FIT-260 heat-shrink tubing gives you more choices to achieve reliable, rugged cabling systems. Heatshrink provides an easy solution to colour coding wires for easy circuit identification or make fast, reliable repairs to nicked or worn insulation. For a secure fit, it is necessary that the tubing's recovered diameter (the diameter after shrinkage) is smaller than the diameter of the area to be insulated. At the same time, the tubing's expanded diameter (the diameter before shrinkage) needs to be large enough to fit easily over the area to be insulated, as well as any connectors attached to it. Benefits of Polyolefin. Polyolefin is a polymer which is often used in heat shrink tubing as it has excellent mechanical and electrical properties. Polyolefin is also flexible, fast-shrinking and can be manufactured in a wide range of colours.