Thermal Conductive Material

Thermal Conductive Material

Our thermal conductive materials are silicone‑based and modified‑silyl polymer thermal interface materials, specially developed for electronic thermal management. Three functional series cover your different thermal‑dissipation workflows:

  1. Thermal Potting Compound: Two‑component heat‑cure silicone for encapsulation, isolates heat and protects power modules.

  2. Thermal Conductive Adhesive: 1‑part moisture‑cure bonding glue, bonds heatsink to components while transferring heat.

  3. Gap Filler (Non‑curing thermal paste): Soft, stress‑free non‑crosslinking thermal gap filler, fills uneven gaps between heat‑generating parts and heat sinks.

A wide thermal‑conductivity range from 1.2 W/m·K up to 6.5 W/m·K is offered. All grades deliver low thermal resistance, low‑bleed oil‑free formula, great aging‑resistance after temperature‑humidity cycling and salt‑spray test. Non‑corrosive chemistry makes them suitable for sensitive PCB, FPC and precision electronic assemblies.

Features:

  • For different applications, there are potting, bonding, gap filling and other materials to choose from

  • Low, medium and high thermal conductivity are suitable for different thermal conductivity needs

  • Easy to dispense and easy to rework

  • Excellent aging resistance (high and low temperature impact, high temperature and high humidity, salt spray test, etc.)

  • Non-corrosive, suitable for PCB, FPC and other precision occasions

  • Low stress, low bleed, low thermal resistance, high stability

Advantage:

1. One‑stop thermal‑management portfolioGap filler, thermal adhesive & potting encapsulant available, match full thermal‑assembly workflow.

2. Broad thermal‑conductivity selection 1.2‑6.5 W/m·K:Flexible grades for low‑power consumer electronics up to high‑heat‑density power modules.

3. Non‑curing gap‑filler series for stress‑sensitive chips:Soft, re‑workable material eliminates thermal‑stress risk on PCB/FPC components.

4. Low‑bleed, low‑outgassing formulation:Minimizes oil migration contamination risk on optical & display components.

5. Both silicone and silicone‑free MS options:Solves silicone‑poisoning concerns for special manufacturing processes.

Application:

‑ Heat‑dissipation gap filling between CPU, IC chip and heat sink

‑ Thermal bonding of heatsink for power supply, LED driver modules

‑ Full thermal & insulation potting for power modules, battery management systems (BMS)

‑ PCB & FPC thermal interface filling

‑ Consumer electronics, notebook, tablet thermal management

‑ New‑energy automotive electronic components heat dissipation

‑ Industrial control, inverter, high‑power power unit encapsulation

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