Maniv’s Kapton Tape is a high-performance polyimide adhesive tape engineered to withstand extreme temperatures, chemical exposure, and mechanical stress. Kapton’s unique polyimide film backing offers exceptional thermal stability and electrical insulation, making this tape a critical component in electronics manufacturing, aerospace applications and heat-shield insulation.
➤ Outstanding thermal resistance: Remains stable at temperatures from -200 °C up to +260 °C (depending on grade).
➤ Excellent electrical insulation properties: With high dielectric strength.
➤ Resistant to chemicals, solvents, moisture, and UV exposure: Ideal for harsh environments.
➤ Thin, dimensionally stable polyimide film: Provides uniform adhesion without stretching.
➤ Clean removability or permanent bonding: Leaves minimal residue after removal when required or can be used as a permanent high-temperature bond.
➤ Wide application suitability: Ideal for masking, insulation, component lead-holding, and temperature-sensitive assembly processes.
➤ Backing material: Polyimide film (Kapton)
➤ Adhesive: Silicone-based high-temperature adhesive or high-temperature acrylic adhesive
➤ Film thickness: 12–25 microns (excluding adhesive)
➤ Total tape thickness: ~50–75 microns depending on adhesive and grade
➤ Widths: 6 mm, 12 mm, 24 mm, 48 mm, 100 mm; custom widths available
➤ Length per roll: 33 m, 66 m, 100 m or custom as required
➤ Colour: Amber (standard Kapton colour), Transparent variants may be available depending on film supplier
➤ Temperature range: from -200 °C to +260 °C depending on film/adhesive combination
➤ Thermal insulation and component masking: During wave soldering, reflow soldering or high-temperature PCB manufacturing
➤ Protection of wiring, cables, and insulation: In aerospace, automotive and industrial heat-exposed environments
➤ Wrapping of heater elements, motors, or mechanical parts: That undergo high-temperature cycles
➤ Electrical insulation: In transformers, coils, and high-voltage assemblies
➤ Use in 3D printing beds and hot-end wire bindings: For temperature-resistant applications where stability is critical
➤ Masking in powder coating, anodising, or surface treatment processes: Where adhesive must resist solvents and chemicals
➤ Electronics manufacturing and PCB assembly
➤ Aerospace, defence and avionics industries
➤ Automotive manufacturing: Engine compartments and under-hood wiring
➤ Industrial equipment manufacturing: Involving heat, chemical, or solvent exposure
➤ 3D printing and additive manufacturing setups
➤ Electrical insulation and high-voltage equipment construction