Thermal Insulation Tape High Temperature Heat BGA Tape Polyimide Adhesive Insulating Adhesive Tape 3D printing Board Protection Qme 12mm

Polyimide Thermal Insulation Tape | BGA Heat-Resistant Adhesive

12mm
$12.83
Sale price  $12.83 Regular price  $15.04
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Thermal Insulation Tape High Temperature Heat BGA Tape Polyimide Adhesive Insulating Adhesive Tape 3D printing Board Protection Qme 12mm

Polyimide Thermal Insulation Tape | BGA Heat-Resistant Adhesive

$12.83
Sale price  $12.83 Regular price  $15.04
Color

Meet the Polyimide Thermal Insulation Tape — a professional-grade, high-temperature adhesive tape engineered for electronics work, 3D printing, PCB protection, BGA rework, and a wide range of DIY and industrial applications. Available in 4 size/color options, this tape delivers dependable performance in the most demanding thermal environments.

Why Choose This Polyimide Tape?

  • High-Temperature Resistance: Crafted from premium polyimide (Kapton-style) film, this tape withstands extreme heat without melting, bubbling, or degrading — making it ideal for soldering, reflow ovens, 3D printer beds, and circuit board masking.
  • Strong, Reliable Adhesion: The silicone-based adhesive bonds firmly to surfaces during intense heat processes, keeping components and masks securely in place so there are no slips or shifts mid-process.
  • Clean Peel, No Residue: Unlike standard sticky tapes, this polyimide tape removes cleanly — no messy gunk, no tedious cleanup, no damage to delicate surfaces or coatings.
  • Electrical Insulation: Provides excellent dielectric properties, making it a trusted choice for masking circuit boards, insulating wiring, and protecting sensitive electronic components.
  • Versatile Applications: Perfect for BGA chip work, SMD soldering, 3D printer bed adhesion, motor insulation, wire bundling, and general-purpose heat masking.
  • Built to Last: Durable enough for repeated daily use in workshop or home settings — a tool that earns its place in your toolkit.

Product Highlights

  • Material: Polyimide (PI) film with silicone adhesive
  • Application: BGA rework, 3D printing, PCB masking, soldering, wiring insulation
  • Properties: Heat-resistant, electrically insulating, residue-free removal
  • Available in 4 options to suit your project needs

Ideal For

  • Electronics technicians and hobbyists
  • 3D printing enthusiasts (heated bed masking)
  • PCB assembly and repair professionals
  • DIY makers and workshop enthusiasts

For guidance on electrical safety and working with electronic components, visit the U.S. Consumer Product Safety Commission (CPSC).

Frequently Asked Questions

Q: What is polyimide tape used for in electronics and 3D printing?

A: Polyimide tape (also known as Kapton tape) is a high-temperature, electrically insulating adhesive tape widely used in electronics for PCB masking, BGA chip rework, and soldering operations. In 3D printing, it is applied to heated print beds to improve adhesion and protect the surface. Its combination of heat resistance and clean-peel silicone adhesive makes it invaluable in professional and hobbyist settings alike.

Q: Will this polyimide tape leave residue when removed?

A: No — this tape is designed with a premium silicone-based adhesive that bonds securely during use but peels away cleanly without leaving sticky residue or damaging the underlying surface. It is safe to use on circuit boards, printer beds, wiring, and other delicate surfaces.

Q: What temperature range can this BGA polyimide tape handle?

A: Polyimide film tapes of this type are engineered to withstand sustained high temperatures commonly encountered in reflow soldering, hot-air rework, and 3D printer heated beds, making them significantly more heat-tolerant than standard PVC or cloth tapes. Always refer to the product specifications on the packaging for the exact rated temperature range for your specific roll.

Q: How many size or color options are available?

A: This polyimide thermal insulation tape is available in 4 options, allowing you to choose the width or configuration that best fits your application — whether you're working on fine SMD components or larger PCB masking tasks.

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