Grid-Scale Battery Storage
Prevent thermal runaway in stacked battery cabinets with phase-change thermal pads that absorb 30% more heat than traditional TIMs.
Why Choose Our Thermal Pads for OBC Applications
In energy storage systems, thermal management is critical for safety, lifespan, and performance.
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Read more >>Electric Vehicle Battery Packs
Stop vibration-induced interface delamination using pads with >95% compression recovery after 5,000 IEC 62930 test cycles.
Read more >>Home Energy Storage Systems
Solve space constraints with 0.25 mm ultra-thin pads offering 5.5 W/m·K conductivity for compact ESS designs.
Read more >>Renewable Energy Inverters
Protect high-power inverters from overheating with thermal pads rated up to 200 °C and 8.0 W/m·K for stable, long-term performance.
Read more >>Telecom Backup Power Systems
Extend UPS and backup system lifespan using gap-filling pads that deliver high thermal conductivity with electrical insulation.
JiuJu-6206 Thermal Pad
6.0W/m·K thermal performer – strong conductivity with outstanding compression
JiuJu-6320 Thermal Pad
20W/m·K extreme pad – highest conductivity, ready for next-gen electronics
JiuJu-6304 Thermal Pad
4.0W/m·K versatile solution – RoHS compliant, optimized for consumer electronics
Customer Reviews
More in line with the academic scenarios
Why Choose JiuJu
Energy-storage focused R&D — formulations optimized for cell-to-coldplate interfaces.
Customizable — thicknesses, die-cut shapes, adhesive options.
Automotive & Industrial Standards — designed to meet rigorous thermal cycling and safety needs.
Solving Your Adhesive Problems
Help
Our cross-linked structure maintains 0.02MPa adhesion after 200 thermal cycles (-40°C↔85°C)
MOQ 500pcs for die-cut orders. Request DXF file template
Zero silicone oil bleed (ASTM D428 test), ideal for sensitive battery circuits
Standard grades: 3 days. UL 94V-0: 7 days. Expedited service available
