TE Connectivity Black Heat Shrink Tubing, 4.8 mm Sleeve Diameter x 10 m Length, 2:1 Shrink Ratio, Elastomer DR-25-3/16-0-10

TE Connectivity DR-25-3/16-0-10 Heat Shrink Tubing is designed to protect electrical wires and cables in demanding industrial and commercial applications. Its 4.8 mm sleeve diameter and 10 m length make it suitable for medium scale cable harnessing and insulation needs.

The tubing is made from high-quality elastomer material that is flame retardant but not halogen free, offering robust protection against chemicals, abrasion, and fluid exposure. Its shrink ratio of 2:1 allows the tubing to reduce from 4.8 mm to 2.4 mm upon heating, ensuring a tight fit around cables and connectors.

This heat shrink tubing is engineered to perform reliably under prolonged heat exposure and offers strain relief to improve cable longevity. It is printed with product descriptions and sizing for easy usage in assembly processes. This product adheres to VG95343 Part 5 Type D and MIL-DTL-23053/16 standards, making it suitable for aerospace, military, and industrial uses.

Made from elastomer material for chemical and abrasion resistance. Flame retardant, ensuring safety in electrical applications. Shrink ratio of 2:1 for secure cable insulation. Suitable for System 25 cable harness systems.

Printed with product info and size for easy identification. Compliant with VG and MIL-DTL military standards. Provides excellent strain relief and heat resistance. Designed for electrical, automation, laboratory, and industrial uses.

This heat shrink tubing is ideal for use in the manufacturing and maintenance of electrical harnesses, cable joints, and protective sleeving in various sectors such as industrial automation, electrical engineering, and aerospace. Its flame retardant properties contribute to enhanced safety while operating in harsh environments.

Explore our Electronics & Electricals category for a broad range of wires and cables including Heat Shrink Tubing for your diverse industrial and laboratory requirements.