As 800V EV platforms and grid-edge computing redefine reliability standards in 2026, IOTA GNJ 3250N sets a new benchmark with ultra-low cyclic siloxanes (D3-D10<50ppm) and self-adaptive curing—engineered for SiC power modules, ADAS electronics, and smart energy systems.
Why Global Innovators Adopt It
-
Purity Redefined
-
80% lower cyclic content: GC-MS verified to prevent circuit corrosion (compliant with IEC 61215 & AEC-Q200).
-
Zero exudation: >1×10¹⁵Ω·cm volume resistivity after 3000h damp heat (85℃/85%RH).
-
Process Intelligence
-
Thixotropic viscosity (2500±500cps): Enables 50μm gap filling for IGBTs with <0.1mm dispensing accuracy.
-
Dual-cure chemistry: 8h@25℃ or 30min@100℃ for JIT manufacturing.
-
Extreme Environment Ready
-
-55℃~180℃ flexibility: Passes ISO 16750-4 vibration (20G, 1000h) with ΔYI<1.5 after 5000h UV.
-
Self-healing interface: 90% sealing recovery per ASTM D412.
2026 Mission-Critical Applications
-
Next-Gen Energy:
▸ 800V IGBT potting (PDIV>20kV/mm)
▸ PV optimizer IP68 protection
-
Autonomous Driving 2.0:
▸ 4D radar antenna encapsulation (Dk=2.8@10GHz)
▸ Zonal compute unit TIM
-
Industrial AIoT:
▸ Edge node anti-condensation coating
▸ UHVDC sensor insulation
The GNJ 3250N Advantage
✔ Risk Mitigation: 47% lower field failure rate (2025 OEM data).
✔ Eco-Leadership: 30% bio-based content with EPD certification.
✔ Future Compliance: Meets (EU) 2025/1186 recyclability mandates.
To learn more, please click
IOTA 3128
