
Industrial High Temperature Polyimide Adhesive Tape for Electrical Insulation PCB Soldering and Masking
Our Polyimide Tape is a high-performance adhesive tape designed for applications requiring high temperature resistance, electrical insulation, chemical resistance and dimensional stability.
It consists of a polyimide film backing with silicone adhesive, making it suitable for PCB manufacturing, electronics assembly, electrical insulation, battery applications, high-temperature masking and other industrial processes.
The flexible film conforms well to flat, curved and irregular surfaces while providing reliable adhesion and easy handling.

Designed for high-temperature applications such as PCB soldering, reflow processes, electrical insulation and industrial masking.
Made with polyimide film featuring excellent dimensional stability, flexibility and resistance to heat and chemicals.
Silicone adhesive provides reliable adhesion and clean removal on many surfaces while reducing adhesive residue in suitable applications.
Suitable for insulating wires, coils, transformers, motors, batteries, PCB components and other electronic parts.
Available in customized widths, lengths, thicknesses, adhesive strength, roll sizes, packaging and specifications according to customer requirements.


Polyimide tape is a high-performance adhesive tape made from polyimide film and adhesive. It is commonly used for high-temperature masking and electrical insulation.
Yes. Polyimide film has excellent thermal resistance. The actual operating temperature depends on the specific film and adhesive formulation.
Silicone adhesive is commonly used for high-temperature polyimide tape.
Yes. We can customize tape width, length, thickness, roll size, adhesive characteristics and packaging according to customer requirements.
Yes. Polyimide tape is commonly used for PCB masking, soldering and reflow-related applications, provided the product's temperature rating matches the process.
Yes. Polyimide film provides good electrical insulation and is widely used in electronic and electrical applications.