导热硅胶的特点与介绍 / Features & Introduction of Thermal Conductive Silicone

1. 高效导热性能 / High Thermal Conductivity

• 导热系数1.0-6.0 W/m·K，能快速传递电子元件产生的热量，确保设备稳定运行。

• Thermal conductivity of 1.0-6.0 W/m·K ensures efficient heat transfer from electronic components.

2. 电气绝缘性优异 / Excellent Electrical Insulation

• 高电阻率，绝缘性能好，防止短路，适用于精密电子设备。

• High resistivity provides electrical insulation, preventing short circuits in sensitive electronics.

  
  

3. 柔软可压缩 / Soft & Compressible

• 具有一定弹性，可填充微小缝隙，降低接触热阻，提升散热效率。

• Compressible structure fills microscopic gaps to minimize thermal resistance.

4. 耐温范围广 / Wide Temperature Resistance

• 工作温度-50℃~200℃，适应极端环境，高温不融化，低温不变脆。

• Stable performance across -50℃ to 200℃, resistant to melting or cracking.

5. 耐用抗老化 / Durable & Aging-Resistant

• 耐紫外线、臭氧和化学腐蚀，长期使用仍保持性能稳定。

• UV/ozone resistant with long-term stability under harsh conditions.

  
  

典型应用 / Typical Applications

✔ LED散热 / LED Cooling
✔ CPU/GPU导热 / Processor Thermal Management
✔ 电源模块 / Power Modules
✔ 汽车电子 / Automotive Electronics

Engineered for Optimal Heat Dissipation! 🔥❄️