We supply Kapton polyimide tape for buyers who need reliable high-temperature masking, thin electrical insulation, and process protection in electronics and industrial production. Our product range includes Silicone Adhesive Kapton Tape, Acrylic Adhesive Kapton Tape, Double Sided Kapton Tape, ESD Kapton Tape, and Black Kapton Tape.
As a Kapton tape supplier and converting factory, we support custom slitting, rewinding, roll length adjustment, release liner options, die-cut parts, and bulk export packing. Whether you need narrow rolls for coil insulation, masking tape for PCB soldering, or die-cut polyimide tape parts for electronics assembly, we can help match the tape structure to your actual process.
Silicone Adhesive Kapton Tape is the standard choice for high-temperature masking and electrical insulation. It is commonly used for PCB solder masking, gold finger protection, powder coating masking, 3D printing surfaces, and heat-resistant fixture protection.
This version is usually preferred when the process involves higher temperature exposure. Removal performance depends on adhesive type, temperature, dwell time, and surface condition, so sample testing is recommended for critical masking applications.
Acrylic Adhesive Kapton Tape is suitable when buyers need a non-silicone adhesive option. It is often considered for silicone-sensitive processes, selected electronics assembly, bonding, insulation, and surface protection applications.
Compared with silicone adhesive Kapton tape, acrylic adhesive versions usually have different temperature and adhesion behavior. Before ordering, buyers should confirm the working temperature, surface material, bonding requirement, and whether clean removal is needed.
Double Sided Kapton Tape uses polyimide film as the carrier with adhesive on both sides. It is suitable for high-temperature bonding, insulation spacing, electronic component mounting, FPC fixing, and die-cut pads or strips.
For B2B production use, double sided polyimide tape is often supplied with a release liner and converted into custom shapes. Adhesive type, total thickness, liner material, and die-cut tolerance should be confirmed before production.
ESD Kapton Tape is designed for static-sensitive electronics assembly, PCB masking, semiconductor-related handling, and component protection. It helps reduce static-related handling risks during tape unwinding, application, and removal.
ESD performance should be confirmed according to the actual product grade. If your project requires a specific surface resistance range or static discharge requirement, please provide the standard or test condition before requesting a quote.
Black Kapton Tape uses black polyimide film for applications that require dark visual coverage, light blocking, electronic component protection, appearance masking, or identification. It is commonly used in display-related assembly, optical shielding, and electronics protection.
Black color does not automatically mean anti-static performance. If you need anti-static black polyimide tape, please confirm this requirement during inquiry.
|
Buyer Need |
Recommended Type |
What to Confirm |
|
PCB solder masking or gold finger protection |
Silicone Adhesive Kapton Tape |
Peak temperature, dwell time, residue requirement |
|
Silicone-sensitive process |
Acrylic Adhesive Kapton Tape |
Surface material, temperature limit, bonding need |
|
Static-sensitive electronics |
ESD Kapton Tape |
Surface resistance, ESD requirement, test data |
|
Die-cut bonding pad or insulation spacer |
Double Sided Kapton Tape |
Adhesive type, liner, die-cut tolerance |
|
Light blocking or dark visual masking |
Black Kapton Tape |
Opacity, thickness, matte or glossy surface |
Our Kapton tape products can be supplied in standard rolls or customized formats according to your application.
|
Item |
Available Options |
|
Backing |
Polyimide film |
|
Adhesive |
Silicone, acrylic, double-sided options |
|
Color |
Amber, black, ESD version |
|
Width |
Standard or custom slit width |
|
Length |
Standard roll length or custom length |
|
Format |
Rolls, sheets, strips, dots, die-cut parts |
|
Liner |
With or without release liner |
Final performance depends on film thickness, adhesive system, temperature profile, surface condition, and application time. For new projects, we recommend sample testing before bulk orders.
We support B2B buyers with practical converting services, not just standard roll supply. Our capabilities include precision slitting, rewinding, die cutting, kiss cutting, custom roll length, release liner selection, OEM packaging, sample preparation, and export carton packing.
For production buyers, custom Kapton tape converting is often more important than simply choosing a standard roll. Narrow-width rolls, die-cut pads, insulation strips, and special packing can reduce waste, improve assembly efficiency, and make production handling easier.
If your project requires specific width tolerance, liner type, roll core, adhesive thickness, or die-cut drawing, please send the details before quotation.
Kapton tape is widely used for PCB solder masking, wave soldering protection, reflow process masking, connector protection, and gold finger masking. Silicone adhesive Kapton tape is usually the first option for higher-temperature soldering processes.
Polyimide tape can be used for coil wrapping, transformer insulation, capacitor wrapping, wire harness protection, and other electrical insulation applications. It should be selected as part of the complete insulation system, not as a replacement for engineering design.
Kapton tape is used in battery insulation, cell protection, tab area protection, busbar insulation, and module assembly. For battery-related projects, buyers should confirm temperature, dielectric performance, adhesive behavior, and required documentation.
Silicone adhesive Kapton tape is commonly used for temporary masking during powder coating, painting, and high-temperature process protection. Surface preparation and curing conditions have a direct impact on removal performance.
Double sided and single sided Kapton tape can be converted into custom die-cut parts, including dots, pads, strips, frames, sheets, and insulation spacers. This is suitable for electronics, displays, sensors, FPC assembly, and industrial components.
For related material options, you can compare PET Silicone Tape, Glass Cloth Tape, and PTFE Tape depending on temperature, surface contact, and release requirements. If you are still selecting the right tape type, our High Temperature Masking Tape Buying Guide and Kapton Tape vs PET Tape guide can help you compare adhesive systems and application limits before ordering.
Related product categories include PET Silicone Tape, Glass Cloth Tape, PTFE Tape, PCB Masking Tape, and Electrical Insulation Tape.
These guides and product pages can help you compare adhesive systems, temperature resistance, insulation performance, and process suitability before placing a bulk order.
Are you a Kapton tape manufacturer or supplier?
We are a Kapton tape supplier and converting factory, supporting custom slitting, rewinding, die-cutting, roll packing, and bulk supply for industrial buyers.
Can you supply custom-width Kapton tape?
Yes. Custom slitting is available for PCB masking, coil insulation, battery assembly, wire harness protection, and other production uses.
What is the difference between silicone and acrylic adhesive Kapton tape?
Silicone adhesive is usually preferred for higher-temperature masking. Acrylic adhesive is selected when a non-silicone option is required.
Can Kapton tape be die-cut into custom shapes?
Yes. Kapton tape can be supplied as die-cut dots, pads, strips, sheets, frames, or custom parts based on drawings.
Will Kapton tape leave residue after high-temperature use?
Residue depends on adhesive type, temperature, dwell time, and surface condition. Sample testing is recommended before bulk orders.
Please send your required adhesive type, thickness, width, roll length, color, application, temperature condition, quantity, and any required documents. If you need die-cut parts, please provide drawings or samples for review.