Ultra-Low Thermal Resistance 9W/MK Carbon Fibre Based Thermal Pad For 5G Communication Equipment

TIR^®700-09 is a high-performance carbon fibre thermal conductive pad. It combines high thermal conductivity carbon fibre with a polymer silicone material and adopts advanced technology to vertically align the carbon fibres, thereby achieving excellent thermal conductivity, effectively reducing interfacial thermal resistance and improving heat dissipation efficiency. Featuring ultra-thinness, light weight and mechanical flexibility, it is suitable for applications requiring high heat dissipation performance as well as good mechanical strength of the material.

• High thermal conductivity
• High temperature resistance
• Good flexibility
• No surface stickiness
• Good mechanical strength and durability

• LED high-power lighting
• Electronic device cooling
• Communication base stations and servers
• Batteries and electronic control systems of electric vehicles

• Standard Thickness: 0.012" (0.30 mm) ~ 0.200" (5.00 mm)
• Standard Size: 5" × 6" (127 mm × 152.4 mm)

The TIR^®700-25 series products can be molded into different shapes for supply. If you need different thicknesses, larger sizes, or more information on thermal conductive materials, please contact our company.

1. With PET film or foam for protection
2. Use paper card to separate each layer
3. Export carton inside and outside
4. Meet with customers' requirements — customized

Lead Time: Quantity (Pieces): 5000 — Estimated time (days): to be negotiated.