ATDFG Seroes Thermal conductive double-sided tape
ATDFG Series
The ATD604FG Thermal Conductive Double-Sided Tape is an ultra-thin adhesive solution designed for bonding heat sinks to microprocessors and power semiconductors in compact electronic devices. This thermal conductive tape features a thickness of 0.10mm with thermal conductivity of 0.8 W/m·K, providing efficient heat transfer while maintaining minimal profile for space-constrained applications. The acrylic-based adhesive delivers strong bonding performance with 180°C peel strength of 1.5 KG/inch and holding force exceeding 48 hours at 80°C.
This double-sided thermal tape operates effectively across a temperature range of -40°C to 120°C, ensuring reliable performance in various environmental conditions. With breakdown voltage of 2500 V/mm, the material provides adequate electrical insulation for electronic applications. The substrate-free white tape offers convenient handling and can be custom die-cut into specific shapes to meet diverse design requirements. This thermal conductive adhesive tape serves as an effective alternative to mechanical fasteners and liquid adhesives, simplifying assembly processes.
Applications include electronics manufacturing, printing equipment, LED lighting systems, and hardware components where reliable thermal bonding is essential. The ultra-thin double-sided adhesive eliminates the need for thermal paste drying time, enabling faster production cycles. Its easy removal capability facilitates maintenance and rework procedures while maintaining clean surfaces.
The thermal conductive double-sided tape is particularly suitable for applications requiring fluid-free thermal interface materials or where traditional mounting methods are impractical. With ROHS compliance and no substrate requirements, this solution offers versatility for various industrial applications. The material's balanced combination of thermal performance, adhesive strength, and ease of use makes it ideal for high-volume manufacturing environments.
This double-sided thermal tape operates effectively across a temperature range of -40°C to 120°C, ensuring reliable performance in various environmental conditions. With breakdown voltage of 2500 V/mm, the material provides adequate electrical insulation for electronic applications. The substrate-free white tape offers convenient handling and can be custom die-cut into specific shapes to meet diverse design requirements. This thermal conductive adhesive tape serves as an effective alternative to mechanical fasteners and liquid adhesives, simplifying assembly processes.
Applications include electronics manufacturing, printing equipment, LED lighting systems, and hardware components where reliable thermal bonding is essential. The ultra-thin double-sided adhesive eliminates the need for thermal paste drying time, enabling faster production cycles. Its easy removal capability facilitates maintenance and rework procedures while maintaining clean surfaces.
The thermal conductive double-sided tape is particularly suitable for applications requiring fluid-free thermal interface materials or where traditional mounting methods are impractical. With ROHS compliance and no substrate requirements, this solution offers versatility for various industrial applications. The material's balanced combination of thermal performance, adhesive strength, and ease of use makes it ideal for high-volume manufacturing environments.
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Product Description
Thermal Conductive Double-sided Tape are renowned for their distinctive characteristics, which include:
◆ Extremely thin thickness, extremely low thermal impedance, effectively and quickly directing heat flow to the heat dissipation system.
◆ Double sided adhesive form, strong adhesion, good insulation, and very convenient to use.
◆ Cut and punch according to customer needs into label or sticker forms.
◆ Fast processing, high yield, fast efficiency, no need to use thermal conductive adhesive for waiting and drying time.
◆ Suitable for products with special processing methods or environments that cannot use fluid thermal conductive materials.
◆ Convenient and easy to store, no special environment required, and easy to remove glue during subsequent maintenance, repair, or reprocessing of finished products.
◆ Can replace hot melt adhesive, screws, fasteners, and other fixing methods.
◆ Extremely thin thickness, extremely low thermal impedance, effectively and quickly directing heat flow to the heat dissipation system.
◆ Double sided adhesive form, strong adhesion, good insulation, and very convenient to use.
◆ Cut and punch according to customer needs into label or sticker forms.
◆ Fast processing, high yield, fast efficiency, no need to use thermal conductive adhesive for waiting and drying time.
◆ Suitable for products with special processing methods or environments that cannot use fluid thermal conductive materials.
◆ Convenient and easy to store, no special environment required, and easy to remove glue during subsequent maintenance, repair, or reprocessing of finished products.
◆ Can replace hot melt adhesive, screws, fasteners, and other fixing methods.
【Applications】
◆Electronics Industry
◆Printing industry
◆LED Lighting industry
◆Hardware Industry
◆Printing industry
◆LED Lighting industry
◆Hardware Industry
Properties
| Project | Colour | No Substrate Thickness | Base Material | Thermal Conductivity | Breakdown Voltage | 180 ℃ Peel Strength |
|---|---|---|---|---|---|---|
| Unit | - | mm | - | W/m·k | V/mm | KG/inch |
White | 0.10 | Not/Fiberglass/PI/Aluminum Foil | 0.8 | 2500 | 1.5KG | |
White | 0.15 | Not/Fiberglass/PI/Aluminum Foil | 0.8 | 3000 | 1.5KG | |
White | 0.20 | Not/Fiberglass/PI/Aluminum Foil | 0.8 | 3500 | 1.5KG | |
White | 0.25 | Not/Fiberglass/PI/Aluminum Foil | 0.8 | 4000 | 1.5KG | |
White | 0.30 | Not/Fiberglass/PI/Aluminum Foil | 0.8 | 4200 | 1.5KG | |
White | 0.50 | Not/Fiberglass/PI/Aluminum Foil | 0.8 | 5000 | 1.5KG | |
| Black | 0.15/0.25 | Graphite Powder | 2.0 | 2500 | 1.2KG | |
| Test Method | Visual | ASTM-D374 | - | ASTM-D5470 | ASTM-D149 | PSTC-1 |
Note: The above performance data is typical data tested at 70% and 25 ℃ for this product, and is for customer reference only. We cannot guarantee that all data can be achieved in a specific environment. Please refer to the measured data when using this product. We recommend that users conduct usability tests before use to prevent adverse consequences caused by unsuitable situations. Our company reserves the right to interpret the product.