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Graphene Ultra-High Thermal Conductivity Pad
Graphene Ultra-High Thermal Conductivity Pad
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  • Graphene Ultra-High Thermal Conductivity Pad
  • Graphene Ultra-High Thermal Conductivity Pad

Graphene Ultra-High Thermal Conductivity Pad

Ultra-High Thermal Conductivity Pad is a new type of ultrathin thermal pad with ultra-low thermal resistance. The thermal pad is fabricated by combining high thermal conductive two-dimensional materials and silicone. We take advantage of an advanced technology to arrange the two-dimensional materials in the polymer matrix in an orderly manner to form a good thermal conductive path, which greatly improves the heat conductive efficiency. It is especially suitable for 5G base stations, chips and other equipment that need high heat flux. In addition, the ultra-thin thermal pad has many advantages , such as high resilience, low density, excellent stability , etc., which can be used as a potential alternative materials of thermal grease.

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Product Description

Ultra-High Thermal Conductivity Pad is a new type of ultrathin thermal pad with ultra-low thermal resistance.

Anvantages:
- low density
- Low thermal resistance
- High rebound
- Good thermal stability

Typical Features：

APPLICATIONS:
- Base station
- Chip
- Large server
- Data processing center

Shelf Life and Storage Condition:
Shelf Life: 24 months
Storage Condition:≤ 30 ℃/0~70%RH in the darkness.

 

The Graphene Ultra-High Thermal Conductivity Pad offers exceptional heat dissipation, high flexibility, and reliable stability for advanced electronics. With graphene’s superior thermal performance, it efficiently transfers heat away from CPUs, GPUs, batteries, and power modules. This pad ensures longer device lifespan, improved efficiency, and safer operation. Ideal for smartphones, laptops, LED lighting, EV systems, and industrial equipment, it solves overheating issues and enhances overall system reliability.

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