What are the differences in performance and applications among different types of high - temperature tapes?

KAPTON High - temperature Tape

Properties

• Excellent High - temperature Resistance: It can be used continuously in a high - temperature environment of 260°C, and can even withstand higher temperatures for a short time.

• Good Insulation Performance: It has an extremely low dielectric constant and dielectric loss, which can effectively block the current and prevent electric leakage.

• High Mechanical Strength: It has high tensile strength, is not easy to tear, and has good wear resistance, enabling it to maintain structural stability in complex environments.

• Chemical Stability: It is resistant to most chemical substances and is not easily corroded.Applications: It is commonly used in fields such as electronics and aerospace. In the electronics field, it is suitable for the high - temperature process protection of HDI flexible circuit boards and FPC soft circuit boards, as well as the insulation wrapping of electronic components. In the aerospace field, it can be used for the insulation protection of high - temperature components such as aircraft engines.

Teflon High - temperature Tape

• Non - stickiness: It has an extremely low surface energy and hardly adheres to any substance, effectively preventing material adhesion.

• High/Low - temperature Resistance: It can maintain stable performance in the temperature range from - 200°C to 260°C.

• Corrosion Resistance: It has excellent resistance to strong acids, strong alkalis, etc.

• Low Friction: It has a low coefficient of friction, which can reduce friction losses between components.

• Wear Resistance: It has good wear - resistant performance and can be used for a long time.Applications: It is widely used in the insulation cladding of the wire and cable industry, the insulation lining of the electrolysis industry, the conveyor belts of baking equipment in industries such as food and pharmaceuticals, and the anti - corrosion coating of chemical pipelines.

High - temperature Masking Tape

• Good High - temperature Resistance: Generally, it can withstand a high temperature of 120°C - 180°C.

• Easy Tearing: It can still maintain good flexibility in a high - temperature environment, is easy to tear by hand, and will not leave adhesive marks.

• Certain Masking Property: It can effectively mask the parts that do not need to be processed, ensuring the accuracy of processes such as painting and spraying.Applications: It is mainly used for masking protection during the painting and baking processes in industries such as automotive manufacturing, furniture manufacturing, and building decoration. It can also be used for temporary fixation and masking in the manufacturing process of electronic components.

PET Green High - temperature Tape

• Relatively High High - temperature Resistance: Usually, it can withstand a high temperature of 150°C - 200°C.

• High Transparency: It has good optical properties, high transparency, and is convenient for observing the attached object.

• Good Adhesion: It can maintain stable adhesion in a high - temperature environment to ensure the fixing effect.

• Chemical Resistance: It has good resistance to common chemical substances.Applications: It is commonly used in the production of electronic devices, such as in the manufacturing processes of liquid - crystal displays and mobile phone screens for fixation, masking, and protection. It can also be used for insulation and fixation in the production processes of lighting fixtures, home appliances, etc.

High - temperature Double - sided Tape

• Double - sided Adhesion: Both sides have adhesion, enabling firm bonding between different materials.

• High - temperature Resistance: Depending on different materials and formulations, it can maintain adhesion in the temperature range of 120°C - 200°C.

• Flexibility: It has good flexibility and can adapt to the bonding of objects with different shapes and surfaces.Applications: It is suitable for various high - temperature environments where double - sided bonding is required, such as the bonding of heat sinks and chips in electronic devices, the bonding of automotive interior parts and the vehicle body, and the bonding of some components in the aerospace field.