As power density escalates in EVs and 5G devices, IOTA GNJ 3200PC two-part silicone thermal gel sets new benchmarks with its 2W/mK conductivity and self-adaptive compressibility. Engineered for precision thermal management, it combines manufacturing simplicity with fail-safe performance for mission-critical applications.
Engineering Breakthroughs
-
Thermal Mastery
-
2W/mK conductivity reduces hot spots by 15-20℃
-
>30% compressibility (Shore 00 30-50) for perfect interface filling
-
Reliability Redefined
-
Zero sag on vertical surfaces (thixotropic index>3.5)
-
UL94 V-0 flame resistance (LOI>35%)
-
<0.1% shrinkage prevents component stress
-
Production-Ready
-
1:1 mix ratio (±5% tolerance) for high-yield dispensing
-
Cure options: 24h@25℃ or 1h@80℃
-
Reworkable with 0.5-1N/mm peel strength
Industry Applications
-
Battery Packs: Cell-to-cell gap filling (GB/T 31485 compliant)
-
Telecom: 5G AAU cooling (-40℃~150℃ stable)
-
Consumer Electronics: Smartphone SOCs (0.1-3mm thickness)
-
Power Electronics: IGBT modules (IEC 61215 certified)
Why IOTA GNJ 3200PC?
|
Feature
|
Thermal Pads
|
Phase Change Materials
|
IOTA GNJ 3200PC
|
|
Conductivity
|
1-1.5W/mK
|
1.8-3W/mK
|
2W/mK
|
|
Installation
|
Pre-cut
|
Heat-activated
|
Direct dispensing
|
|
Flame Rating
|
HB
|
V-0
|
V-0
|
|
Process
|
High complexity
|
Medium complexity
|
Low complexity
|
IOTA GNJ 3200PC: Where Thermal Efficiency Meets Manufacturing Intelligence!
To learn more, please click
IOTA DZ125
