Thermal Conductive Adhesive Tape 1.0mm 1.2W/m.k High Temperature Resistance Fiberglass Reinforced Electrical Insulation for Power Electronics and Automotive Systems NFION

Thermal Conductive Adhesive Tape 1.0mm 1.2W/m.k High Temperature Resistance Fiberglass Reinforced Electrical Insulation for Power Electronics and Automotive Systems NFION

  • Thermal Conductive Adhesive Tape 1.0mm 1.2W/m.k High Temperature Resistance Fiberglass Reinforced Electrical Insulation for Power Electronics and Automotive Systems NFION
  • Thermal Conductive Adhesive Tape 1.0mm 1.2W/m.k High Temperature Resistance Fiberglass Reinforced Electrical Insulation for Power Electronics and Automotive Systems NFION
Summary
NFION 1.0mm Thermal Conductive Adhesive Tape with 1.2W/m·K thermal conductivity and fiberglass reinforcement delivers superior thermal management and structural bonding for power electronics, automotive systems, and industrial machinery. Offering excellent electrical insulation, temperature resistance from -20°C to 120°C, and strong dual-sided adhesion, this tape replaces mechanical fasteners while ensuring reliable heat dissipation and component stability in demanding applications.More
Specifications
Material:
Glass fiber
Thermal Conductivity:
1.2W/m.k
Working Temperature:
-20~120℃
  • Thermal Conductive Adhesive Tape 1.0mm 1.2W/m.k High Temperature Resistance Fiberglass Reinforced Electrical Insulation for Power Electronics and Automotive Systems NFION

● Dual-Sided Adhesion: Offers strong bonding on both sides making it a viable replacement for mechanical fasteners

● High Thermal Conductivity: Efficiently transfers heat with a conductivity of 1.2W/m.k

● Temperature Tolerance: Suitable for use in a wide temperature range from -20°C to 120°C

● Tear-Resistant: Durable with a fiberglass base that resists tearing under stress

● Strong Adhesion: Provides superior bonding strength to various surfaces

● Electrical Insulation: Ensures safe operation with effective electrical insulation properties

Surface Preparation: Ensure surfaces are clean dry and free of contaminants such as dust and grease

Cutting: Trim the tape to the required dimensions for your specific application

Peeling and Placement: Remove the protective liners from both sides of the tape and position it between the heat-generating component and the heat sink or enclosure

Applying Pressure: Firmly press the tape into place to ensure strong adhesion and complete contact
● ?High-Power Electronics: Ideal for heat management in power supplies transformers and other high-heat generating electronic components ● ?Industrial Machinery: Used to secure and manage heat in industrial equipment and machinery ● ?Automotive Systems: Applies to automotive electronics where effective heat dissipation is necessary ● ?Data Centers: Enhances thermal management in servers and other critical data center equipment ● ?Consumer Devices: Provides robust thermal and structural support for devices such as high-performance laptops and gaming consoles
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