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From Servers to Steering Wheels

Thermal and reliability challenges vary widely across industries. Below, we map recommended material directions to each application scenario; please confirm actual material selection with us based on specifications and operating conditions.
01

AI / HPC Servers

GPUs and switch chips generate extremely high heat flux, making the interface thermal resistance between heatsink and chip a performance bottleneck — while also requiring compatibility with automated dispensing production lines.

Recommended Direction
Liquid Metal Thermal Grease GMAP
Ultimate thermal conductivity, lowest interface thermal resistance
Rth 0.03
High-Performance Thermal Gel PCGP
Automated dispensing, large-area bonding
3.5–14 W/m·K
Carbon Fiber Thermal Pad
Ultra-high thermal conductivity, ultra-thin
25–70 W/m·K
02

Automotive Electronics

IGBT, BMS, and ADAS modules face sustained vibration and severe thermal cycling; materials must deliver high resilience, high reliability, and delamination resistance while meeting automotive-grade reliability requirements.

Recommended Direction
High-Resilience Thermal Pad
Resists vibration and thermal-cycling delamination
6–20 W/m·K
High-Reliability Automotive Module Adhesive
Precision bonding, high-reliability formulation
Phase Change Material PCM
Low thermal resistance, replaces failed thermal grease
Rth 0.04
03

Telecom / 5G

Base stations and RF modules face simultaneous thermal and EMI challenges across a frequency range spanning Sub-6GHz to mmWave, requiring solutions that integrate absorption and thermal management.

Recommended Direction
Injection-Molded Absorber
Low frequency / Sub-6GHz / 77 · 100GHz
100 GHz
Thermally Conductive Absorber Pad
Absorption plus thermal management
3 / 5 W/m·K
Conductive Rubber / Sealing Gasket
EMI shielding + environmental sealing
04

Consumer Electronics

Laptops, phones, and wearables prioritize slim form factors and low stress; materials must balance thermal management, protection of delicate components, and overall device weight within limited thickness.

Recommended Direction
Ultra-Thin Carbon Fiber Pad
0.1–0.3 mm ultra-thin, high thermal conductivity
25–50 W/m·K
Ultra-Soft Thermal Pad
Extremely low compression stress
3 / 6 / 8 W/m·K
Lightweight Thermal Gel
Reduces overall device weight
2 / 3 W/m·K

Is Your Application Here?

Narrow down your options with the selector tool, or tell us your operating conditions directly and we'll help you choose the right material.