Value Collection BD23548 Heat Shrink Sleeve 6in Clear

Product Description

The VALUE COLLECTION BD23548 is a clear heat shrink sleeve measuring 6 inches in overall length. It is designed to insulate, protect, and bundle electrical wire connections when heat is applied, causing the tubing to contract tightly around the conductor or splice. Compatible with wire gauges from AWG 4 minimum to AWG 2 maximum, this sleeve suits a range of light-duty to medium-duty wiring applications. Electricians and electrical technicians install these sleeves during wire termination, splicing, and repair work where a clean, insulated finish is required.

This heat shrink sleeve is suited for residential and commercial electrical wiring tasks, panel work, automotive wiring harnesses, and general low-voltage conductor protection. Its clear color allows visual inspection of the conductor or splice beneath the sleeve after installation, which is useful during inspection or troubleshooting. The 6-inch length provides enough coverage for most standard splice and termination points on AWG 4 through AWG 2 wire.

Key Features

• 6-inch overall length provides generous coverage for splices and terminations
• Compatible with AWG 4 to AWG 2 wire sizes
• Clear color allows visual inspection of the conductor beneath the sleeve
• Heat-activated shrink mechanism creates a snug, insulating fit around wire and connections
• Lightweight construction at 0.01 pounds per unit

Compatibility

Designed as a general-purpose heat shrink sleeve for use with AWG 2 to AWG 4 conductors in electrical wiring, splicing, and insulation applications.

Installation Notes

Installation is performed by licensed electricians or qualified electrical technicians. Power down and de-energize all circuits before applying the sleeve over conductors or splice points. Slide the sleeve over the wire or splice before completing the connection, then apply controlled heat using a heat gun, working evenly along the length of the sleeve to achieve uniform shrinkage. Do not use an open flame as a heat source, as this can damage the sleeve or conductor insulation.