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Conventional thermal conductive sheet

Conventional thermal conductive sheet

Thermal conductive sheets are flexible sheet-shaped thermal materials made from polymer silicone or carbon-chain resin as the base, filled with thermally conductive fillers such as metal oxides, nitrides, and diamond. They are mainly used to fill the gap between heat-generating components (such as chips and power devices) and heat-dissipating parts (such as heat sinks and housings), accelerating heat transfer through conduction for efficient heat dissipation.

Application Field Application Field

Application Field Specific Application Scenarios Application Field Specific Application Scenarios
Electronic & Electrical Chip, CPU & GPU cooling Industrial Equipment Industrial control board & inverter cooling
Power module & power device cooling Laser & welding equipment cooling
Display backlight module cooling Consumer Electronics Smartphone & tablet cooling
Automotive Electronics Vehicle inverter & motor controller cooling Laptop CPU/GPU cooling
New energy vehicle battery pack cooling Medical Equipment Medical imaging equipment (e.g. CT, MRI) cooling
Vehicle camera & sensor cooling Portable medical devices (e.g. glucometers) cooling
Communication Equipment Base station RF module & switch cooling New Energy Solar inverter cooling
Server & data center cooling Energy storage system batteries
Aerospace Satellite electronic components & aviation instrument cooling
  • Features

    Contains no harmful substances, insulating, excellent flame retardancy, resistance to high and low temperatures, and high compressibility. It can be used where vibration damping is required, with low oil bleed rate, easy processing, room-temperature storage, and long service life.

    01
  • Applications

    Ultra-thin gaps in mobile phones
    LED lighting & set-top boxes
    Routers & network communication industry

    02
  • Storage Conditions

    Store in a dry, light-protected place
    Storage temperature -5℃~+40℃
    Validity: one year

    03

Performance Parameters Performance Parameters

Product Model
P/N
Thickness
mm
Hardness
Shore OO
Thermal Conductivity
W/m·K
Breakdown Voltage
KV@1mm
Volume Resistivity
Ω·cm
Flame Retardant Rating Self-Adhesiveness Fiberglass Reinforced
CG5015‑01 0.3‑10 50±5 1.5 9 1×10^13 V0 Double-sided adhesive Optional
CG5020‑01 0.3‑10 50±5 2 9 1×10^13 V0 Double-sided adhesive Optional
CG5030‑01 0.3‑10 50±5 3 9 1×10^13 V0 Double-sided adhesive Optional
CG5035‑01 0.3‑10 50±5 3.5 9 1×10^13 V0 Double-sided adhesive Optional
CG5050‑01 0.3‑10 50±5 5.0 >6 1×10^12 V0 Double-sided adhesive Optional
CG6060‑01 0.5‑10 60±5 6.0 >6 1×10^12 V0 Double-sided adhesive Optional
CG6080‑01 0.5‑10 60±5 8.0 >6 1×10^12 V0 Double-sided adhesive Optional
CG60100‑01 0.5‑10 60±5 10.0 >6 1×10^12 V0 Double-sided adhesive Optional
CG60120‑01 0.5‑10 60±5 12.0 >6 1×10^12 V0 Double-sided adhesive Optional
CG70150‑01 0.5‑10 70±5 15.0 >6 1×10^12 V0 Double-sided adhesive Optional