As 800V architectures and AI compute push thermal limits in 2026, IOTA GNJ 3200PC sets a new paradigm with 2W/(m·K) conductivity and UL 94 V-0 flame resistance—engineered for battery packs, power modules, and hyperscale data centers.
Why Industry Leaders Specify It
-
Thermal-Electrical Synergy
-
2W/(m·K) with BN/Al₂O₃ hybrid filler (Patent US2025XXXXX): Reduces cell ΔT to ±2℃, extending cycle life by 30%.
-
>15kV/mm dielectric strength: Complies with IEC 60664-1 & UL 94 V-0.
-
Process Intelligence
-
Thixotropic stability: Zero sag on vertical surfaces, cutting fixture costs by 50%.
-
Dual-cure flexibility: 8h@25℃ or 30min@80℃ for lean manufacturing.
-
Lifecycle Resilience
-
-40℃~200℃ endurance: 300 thermal cycles per IEC 60068-2-14 with no cracking.
-
Reworkable: 95% clean removal by mechanical peeling (ASTM D903).
2026 Key Applications
-
Electrified Transport:
▸ 800V battery inter-cell TIM (PDIV>20kV/mm)
▸ Zonal ECU heat dissipation (Rth<0.05K·cm²/W)
-
Energy Infrastructure:
▸ ESS cold plate gap filling (ρv>1×10¹⁵Ω·cm)
▸ PV inverter IGBT potting (CTI>600V)
-
Compute Hardware:
▸ AI server GPU thermal interface (Dk<3.2@1MHz)
▸ 5G mMIMO antenna cooling
The GNJ 3200PC Edge
✔ Safety Certified: Passes GB 38031-2025 nail penetration test.
✔ TCO Leadership: 60% faster pack rework vs. epoxies.
✔ Future-Proof: Validated for 6.5kV SiC modules.
To learn more, please click
IOTA 3128
