AC22X constructed with a flexible 0.17mm acetate cloth backing and coated with a premium pressure-sensitive acrylic adhesive, this tape achieves a total thickness of 0.210mm. It exhibits dependable physical properties, including an adhesion strength of ≥9 N/25mm and a tensile strength of ≥40 N/25mm. Engineered for safety and compliance in electronic components, AC22F meets the rigorous UL510 flame retardant standards and provides a dielectric withstand voltage of ≥1.5 KV, making it the ideal choice for wrapping coils, transformers, motors, and wire harnesses.
| Item NO | Colour |
Colour (mm) |
Max Width (mm) |
Max Length (M) |
MOQ (m²) |
180° Peel Adhesion (N / 25mm) |
|---|---|---|---|---|---|---|
| AC22F | Black | 0.210±0.005 | 500 | 500~2000M ( can be customized) | 2000 | 9↑ |
| Backing Material | Glass Fiber Cloth |
|---|---|
| Backing Thickness (mm) | 0.17 |
| Type of adhesive | Acrylic |
| Holding power (h) | 12↑ |
| Elongation at break (%) | 5↑ |
| Tensile strength(N/25mm) | 40↑ |
| Temperature resistance (℃/30mins) | 0 |
| Voltage resistance (kV) | 1.5 |
| Flame retardant grade | UL510 |
| Loop Tack Strength (N) | 2 |
Comes off clean
Easy to remove
Excellent high temperature resistance
Our products comply with RoHS standards. Test reports are available upon request.
Store at room temperature, away from light. The temperature should be 15-28℃, and the humidity should be 40%-70%.
The selection of this black acetate cloth tape (acrylic adhesive system) should be carefully matched to your actual processing conditions, including operating temperature, specific substrate materials, and required electrical insulation and flame-retardant performance. To achieve optimal adhesion, please ensure the application surface is free of oil, moisture, and dust, and apply adequate pressure using rollers or press equipment. Please allow sufficient time for the pressure-sensitive adhesive to build up its maximum bond, smoothing the tape by hand during application to prevent peeling. Operating within the recommended temperature range of 15-28°C will effectively minimize adhesive oozing. For an accurate model recommendation, please consult our sales engineers.
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