Kapton Thermal Adhesive Tape 8mm (30m)
Kapton Thermal Adhesive Tape 8mm (30m). SKU GN-10558. Grade: Original; Technology: Polyimide. The 8mm Kapton thermal adhesive tape is designed for insulation and protection of electronic components exposed to high temperatures. Made from high-resistance polyimide, it provides excellent electrical insulation and withstands temperatures up to 260°C. Its silicone adhesive ensures secure fixation and removes without leaving residue. Features: Quality: Original Width: 8mm Length: 30m Material: polyimide Adhesive: silicone, residue-free Maximum temperature: up to 260°C Insulation: excellent electrical resistance Use: printed circuit protection, soldering, electronics manufacturing Advantages: High thermal resistance Optimal adhesion with easy removal Effective protection for sensitive components during soldering Electrical insulation against short circuits Package contents: 1 x roll of Kapton thermal adhesive tape 8mm (30m)
- GTIN
- 3701344014124
Compatibility
Compatible with general electronics use, microsoldering, and printed circuit protection.
Product details
- Exact product identification: SKU GN-10558.
- Grade: Original.
- Technology: Polyimide.
Choosing this product
- Selecting the exact product identified by SKU GN-10558.
- Comparing the listed compatibility and variant before a business order.
What to check
Only the specifications listed for this product are confirmed by its catalogue entry. Do not assume other compatible models, included accessories or technical specifications. Check current availability on the product page.
Before ordering
Compare the exact model, product code and selected variant with the required item before ordering.
Frequently asked questions
How do I identify this product?
Kapton Thermal Adhesive Tape 8mm (30m). SKU GN-10558. Grade: Original; Technology: Polyimide.
What should I check for compatibility?
Compatible with general electronics use, microsoldering, and printed circuit protection.
Which variant is listed?
Grade: Original; Technology: Polyimide.