Heat Shrink Tubing CellPack 1600928 green-yellow 6 mm 3:1 ratio 10 m

CellPack heat shrink tubing 1600928 in green-yellow is a 6 mm nominal diameter, 3:1 shrink ratio product supplied on a 10 m length. It is intended for insulating, protecting and bundling wires, terminals and connectors in a wide range of electrical and electronic applications. The tubing provides reliable electrical insulation and additional mechanical protection to small cables, solder joints and terminal connections while offering clear color coding for identification.

Advantages

The tubing combines a 3:1 shrink ratio with a flexible material that conforms to irregular shapes and forms a tight, protective covering after heat application. Its green-yellow color enables quick identification and color coding of earth/ground conductors or other designated circuits. The 6 mm nominal diameter before shrinking accommodates a variety of conductor sizes, and the 10 m length on a roll supports multiple installations without frequent replenishment.

Suitable for

• Insulating individual wires and soldered joints in electronics and appliances
• Protecting and bundling wiring harnesses in automotive and industrial equipment
• Color-coding grounding conductors and identified circuits
• Sealing and mechanical protection of connector backshells and terminals

Key specifications

• Nominal diameter before shrinking: 6 mm
• Shrink ratio: 3:1
• Length: 10 m per roll
• Color: green-yellow
• Material type: heat-shrinkable polymer suitable for electrical insulation

How to use

Slide the tubing over the wire, connector or joint before making the electrical connection if possible. Apply heat evenly using a heat gun, hot air tool or controlled flame while maintaining a safe distance to avoid overheating. Heat until the tubing shrinks tightly around the component and conforms to the shape; allow it to cool so the material sets. For best results, ensure surfaces are clean and free of oils or contaminants before application.

Usage recommendations

Select a tubing diameter that provides sufficient overlap after shrinking for a secure fit. Use a regulated heat source to avoid damaging insulation or nearby components. For applications requiring moisture or chemical resistance, verify compatibility of the heat-shrink material with environmental conditions and consider additional sealing methods if needed.