Heat Shrink Tube EPM 1.50/0.75 mm Red — E-651-0154

EPM heat shrink tube in red, nominal size 1.50/0.75 mm, is designed to insulate and protect electrical connections, wire splices and small cable ends. The product provides a close-fitting sleeve after heat application, offering mechanical protection against abrasion and basic environmental sealing for electronics, automotive and general wiring tasks. Its nominal dimensions refer to the supplied tubing before shrinkage and make it suitable for finishing joints, terminals and compact wiring runs.

Advantages

The red heat shrink tube delivers consistent shrink performance and reliable dielectric insulation for low-voltage applications. It resists everyday mechanical wear and gives a neat, compact finish to bundles and splices. The tube is easy to position prior to heat application and provides improved strain relief for small-diameter wires and terminal connections.

Suitable for

• Insulating and protecting wire splices and solder joints
• Color coding of small cables and connectors
• Providing strain relief on terminals and component leads
• Repairing damaged insulation on automotive and electronic wiring

Key specifications

• Nominal size before shrinkage: 1.50 mm outer / 0.75 mm inner
• Color: red
• Material: heat-shrinkable polymer (designed for electrical insulation)
• Shrink ratio: suitable for small-diameter wire and terminal coverage
• Typical applications: electronics, automotive wiring, general electrical repairs

How to use

Slide the tube over the wire, splice or terminal before making the final connection. Apply heat evenly with a heat gun or other controlled heat source, moving the heat source along the length of the tube until it contracts tightly around the substrate. Allow the tubing to cool and verify a snug fit and full coverage of the exposed conductor. Avoid direct flame and excessive localized heat to prevent damage to nearby components.

Usage recommendations

For best results, select this nominal size when the pre-shrink inner diameter fits comfortably over the component to be covered. Use a regulated hot-air tool and keep the heat source in motion to achieve an even shrink and consistent electrical insulation. Consider using color-coded tubing for quick identification of circuits during maintenance.