Ul Heat Shrinkable Sleeve

Principles and uses of UL heat shrink tubing:

UL halogen-free environmentally friendly flame-retardant Heat Shrinkable Sleeves are made of high-quality polymers, which are scientifically proportioned and mechanically blended into polymer alloys. After the product is formed, it is cross-linked by electron accelerator radiation and continuously expanded. Its products have the advantages of softness, flame retardancy, fast shrinkage, and stable performance. It is widely used in wire connection, solder joint protection, wire ends, wire harnesses, electronic device protection and insulation treatment: fitness equipment parts and steel structure surface protection; anti-rust and anti-corrosion treatment of related products; marking of wires and other products, etc.

Features:

1. Application range: -55℃~115℃

2. The initial shrinkage temperature is 70°C, the complete shrinkage temperature of the ultra-thin type is 110°C, and the complete shrinkage temperature of the ordinary type is 120°C.

Characteristics:

• Excellent insulation performance: UL Heat Shrinkable Sleeve can provide excellent electrical insulation performance, effectively protecting wires and cables from electrical short circuits or leakage.

• Good waterproof and moisture-proof properties: The casing has excellent waterproof and moisture-proof properties, which can prevent moisture, liquid or moisture from entering the inside of the equipment and protect electrical components from corrosion and damage.

• Excellent wear resistance: UL Heat Shrinkable Sleeve can resist external extrusion, wear and scratches, providing effective mechanical protection and extending the service life of equipment.

• Easy Installation: Installing the UL Heat Shrinkable Sleeve is as simple as slipping it over the desired part and applying heat with a heat gun or flame for a quick shrink installation.

• Available in a variety of sizes and colors: UL Heat Shrinkable Sleeve is available in a variety of sizes and colors, suitable for equipment with different specifications and needs, and can be used for color marking and coding.

Specification

Dimension

Precautions for use:

• Preheating temperature control: When installing UL Heat Shrinkable Sleeve, control the preheating temperature to ensure good and uniform shrinkage.

• Avoid mechanical damage: During use, avoid scratching or damaging the UL Heat Shrinkable Sleeve with sharp objects, which will affect its insulation and waterproof effects.

• Regular inspection: Regularly check the status of the UL Heat Shrinkable Sleeve and replace aging or damaged sleeves in a timely manner to ensure the safety and reliability of the equipment.

FAQ：

1. What is Ul heat shrinkable sleeve?

Ul heat shrinkable sleeve is a UL certified heat shrinkable material used for electrical insulation, protection and identification.

2. How does Ul heat shrinkable sleeve work?

When heated by a heat source, the Ul heat shrinkable sleeve shrinks and tightly wraps around cables, wire harnesses or other components to form a protective layer.

3. What are the uses of Ul heat shrinkable sleeve?

It is used to provide electrical insulation properties, protect cables and wire harnesses, identify and color code.

4. What industries are Ul heat shrinkable sleeves usually used in?

It is commonly used in industrial, aerospace, automotive and other fields.

5. What is the installation method of Ul heat shrinkable sleeve?

The sleeve is usually shrunk by heating and then wrapped around the parts that need protection or identification.

6. Are Ul heat shrinkable sleeves available in multiple sizes and specifications?

Yes, Ul heat shrinkable sleeves are available in a variety of sizes and specifications to suit different application needs.

7. What precautions should be taken when using Ul heat shrinkable sleeve?

Ensure correct size and temperature when installing to avoid damage or incomplete shrinkage.

8. How is Ul heat shrinkable sleeve different from other types of sleeves?

Ul heat shrinkable sleeve is UL certified, has higher safety and reliability, and is suitable for application scenarios with high product safety requirements.