High Temperature Kapton Tape 10mm x 30meter

From the shop's description

High Temperature Kapton Tape 10mm x 30meter High Temperature Kapton Tape 10mm x 30meter is a premium polyimide adhesive tape designed for applications requiring excellent thermal resistance, electrical insulation, and chemical stability. It is ideal for PCB solder masking, wave soldering, 3D printer heat protection, battery pack assembly, transformer insulation, and electronic repairs. The durable silicone adhesive provides reliable bonding while allowing clean removal without leaving residue, making it suitable for professional electronics manufacturing, maintenance, and laboratory use. Features Withstands high temperatures during soldering and rework. Provides excellent electrical insulation. Polyimide film offers outstanding thermal stability. Silicone adhesive leaves minimal or no residue after removal. Resistant to chemicals, solvents, and moisture. Flexible and easy to apply on curved surfaces. Ideal for PCB masking and SMT assembly. High dielectric strength for electronic insulation. Durable and tear resistant. Suitable for industrial and DIY electronics projects. Specifications Parameter Details Product Kapton Tape Product Type High Temperature Kapton Tape Material Polyimide Color Metallic Brown Spindle Type Roll Adhesive One-side Self-adhesive Length 30meter Width 10mm Thickness 0.07mm Heat Resistance –75°C to 260°C Electrical Insulation Yes Chemical Resistance Excellent Residue After Removal Low Residue Flame Resistance Good Flexibility High Application Type Electrical Insulation And Heat Masking Application PCB solder masking. Wave soldering protection. Reflow soldering processes. Electronic component insulation. Transformer winding insulation. Lithium battery pack insulation. 3D printer hot end insulation. Flexible cable protection. Motor winding insulation. Laboratory and industrial heat masking. Electrical repair and maintenance. Aerospace and automotive electronics. Package Contents 1 x High Temperature Kapton Tape 10mm x 30meter