Polyimide Film Adhesive Tape
ESONE Polyimide film adhesive tape/Kapton Tape is ideal for applications that require high dielectric strength in extreme temperature conditions. These tapes provide excellent resistance to high heat, solvents, and abrasion. Our extensive range of polyimide tapes includes options with either single-sided or double-sided adhesive, available with either acrylic or silicone pressure sensitive adhesives, all specifically designed for high-temperature electrical applications.
Advantages of Polyimide Film Adhesive Tape
- Easy Peeling: Strong adhesion that leaves no residue upon removal.
- Customized Adhesion Levels: Low, medium, and strong adhesion options tailored to customer specifications.
- High-Temperature Resistance: Excellent heat insulation, ideal for protecting electronic and electrical components.
- Environmentally Friendly: Odorless with reliable electrical insulation and high voltage withstand capabilities.
- Flame Retardant: Our products comply with UL 510 flame retardance standards and meet UL94 V-0 requirements, providing enhanced safety for users in industries such as electronics, aerospace, and automotive.
- Excellent Dielectric Property: This imported film provides excellent dielectric properties, making it ideal for H-class Kapton tape electrical insulation with a 5 kV voltage withstand capability.
Applications of Kapton Tape
- High-Temperature Insulation: Ideal for insulating high-temperature components in devices like 3D printers and circuit boards.
- Electrical Insulation: Provides strong adhesion and dielectric strength, preventing short circuits in transformers, capacitors, and motors.
- Flexible Circuit Board Manufacturing: Essential for bonding layers in flexible printed circuit boards, maintaining stability during soldering.
- Aerospace and Automotive: Withstands harsh conditions, bonding materials and insulating components in high-performance systems.
TDS of Polyimide Film Adhesive Tape
| Model Name | Adhesive Type | Total Thickness mm(mil) | Back Thickness mm(mil) | Adhesion to Steel N/cm(oz/in) | Tensile Strength N/cm(lb/in) | Elongation (% at break) | Dielectric Strength volts | Operating Temperature ℃(℉) |
|---|---|---|---|---|---|---|---|---|
| YS7705A | Acrylic | 0.05(2) | 0.025(1) | 2.7(25) | 53(30) | 50 | 6,500 | -29 to +177 (-20 to +350) |
| YS7706A1 | Acrylic | 0.065(2.5) | 0.025(1) | 3.3(30) | 53(30) | 50 | 7,000 | -29 to +177 (-20 to +350) |
| YS7706A2 | Acrylic | 0.065(2.5) | 0.025(1) | 2.7(25) | 53(30) | 50 | 7,000 | -29 to +177 (-20 to +350) |
| YS7706S1 | Silicone | 0.065(2.5) | 0.025(1) | 2.2(20) | 53(30) | 50 | 6,500 | -73 to +260 (-100 to +500) |
| YS7706S2 | Silicone | 0.065(2.5) | 0.025(1) | 2.7(25) | 53(30) | 50 | 6,500 | -73 to +260 (-100 to +500) |
| YS7709A | Acrylic | 0.090(3.5) | 0.050(2) | 3.3(30) | 88(50) | 75 | 10,000 | -29 to +177 (-20 to +350) |
| YS7709S1 | Silicone | 0.090(3.5) | 0.050(2) | 2.2(20) | 88(50) | 75 | 10,000 | -73 to +260 (-100 to +500) |
| YS7709S1 | Silicone | 0.090(3.5) | 0.050(2) | 2.7(25) | 88(50) | 75 | 10,000 | -73 to +260 (-100 to +500) |
| YS7712S | Silicone | 0.012(4.7) | 0.075(3) | 2.7(25) | 150(87) | 75 | 12,000 | -73 to +260 (-100 to +500) |
| YS7716S | Silicone | 0.0165(6.5) | 0.125(5) | 2.7(25) | 263(150) | 75 | 17,000 | -73 to +260 (-100 to +500) |
| YS7718S | Silicone | 0.018(7) | 0.125(5) | 2.7(25) | 263(150) | 75 | 17,000 | -73 to +260 (-100 to +500) |
| YS7720S | Silicone | 0.020(8) | 0.125(5) | 2.7(25) | 263(150) | 75 | 17,000 | -73 to +260 (-100 to +500) |
Related Document
Polyimide Film Adhesive Tape (TDS)
Polyimide film adhesive tape is made from polyimide film, providing exceptional heat and chemical resistance.
PDF| 520kb
Antistatic polyamide film adhesive tape (TDS)
Antistatic polyamide film adhesive tape is manufactured from a polyamide film treated for antistatic properties on both sides.
PDF| 369kb
Double sided Polyimide Film Adhesive Tape (TDS)
Double sided Polyimide Film Adhesive Tape is made from polyimide film and coated with silicone pressure sensitive adhesive on both sides.
PDF| 373kb
Leave A Comment