Electric Vehicle Charging Station
Manage high-power chargin
Optimizing Server Thermal Management for the High-Density Computing Era
• High Thermal Conductivity (up to 8 W/m·K): Transfers heat rapidly from cells to heatsinks.
• Optimal Softness & Conformability: Fills microscopic gaps, reducing thermal resistance.
• Wide Operating Range (–40 °C to 150 °C): Reliable under harsh conditions.
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Vibration-proof thermal p
JiuJu-6200 Thermal Pad
1.0W/m.K ultra-soft pads – perfect conformability for uneven surfaces (RoHS)
JiuJu-6X00 Thermal Paste
High-performance 5.0W/m.K thermal paste – easy to apply, stable, efficient
Customer Reviews
More in line with the academic scenarios
Unmatched Thermal Performance & Reliability
Our advanced thermal pad formulations deliver consistently high thermal conductivity, ensuring critical components like CPUs, GPUs, and VRMs operate within safe temperatures. Engineered for 24/7 operation, they resist drying, hardening, and oil bleed-out for long-term reliability.
Solving Your Adhesive Problems
Help
For cleaner installation, reliable electrical insulation, and consistent long-term performance without drying or pumping out.
It depends on your component gap and heatsink pressure. Softer pads suit uneven surfaces; firmer ones work under high pressure.
Yes. They’re made to resist drying, oil bleeding, and degradation—even under continuous thermal cycling.
By keeping cell temperatures uniform and below critical thresholds, thermal pads reduce degradation rates, prevent thermal runaway, and can extend cycle life by up to 25 %, all while enhancing overall pack reliability.
