Core Value
IOTA GNJ 3125 one-component pre-cured thermal silicone gel features "no mixing/curing required + high surface adhesion", designed for heat dissipation bonding in automotive electronics, communication devices, network terminals, etc. With a medium thickness of 0.1~1mm, it fits most electronic component gaps, combining softness (no stress) and non-settling/non-sagging properties to solve the pain points of traditional thermal materials such as complex construction and component stress damage, enabling an efficient "open-and-apply, precise heat dissipation" experience.

Product Features: Dual Assurance of Convenient Construction and Reliable Heat Dissipation

• One-Component Pre-Cured, Ready-to-Use：No need for AB mixing, eliminating curing waiting time; suitable for manual or automated dispensing, improving production efficiency by 30%; pre-cured state ensures stable shape after application, avoiding interface peeling caused by curing shrinkage.
• High Thermal Conductivity, Low Thermal Resistance：Thermal conductivity of 3.0W/m·K (typical value), thermal resistance as low as 0.15℃·cm²/W, quickly dissipating heat from core components like CPUs and power modules; natural surface adhesion ensures tight bonding with heat sinks/components, reducing contact thermal resistance by 20%.
• Soft & Stress-Free, Protecting Precision Components：Shore 00 hardness 15~25, compression rate ＞60%, adapting to thermal expansion differences of different materials, avoiding mechanical stress on precision components like sensors and chips; uniform thickness (±0.05mm) ensures consistent heat dissipation interface.
• Non-Settling & Non-Sagging, Flexible Gap Filling：Excellent thixotropic performance, no sagging on vertical or inclined surfaces, filling uneven gaps within 0.1~1mm; no silicone oil bleeding during long-term use, non-corrosive to PCBA and metal contacts, ensuring long-term device reliability.

Typical Applications

• Automotive Electronics：ADAS domain controller chip bonding, reducing chip junction temperature by 12℃ after 1000 thermal shocks (-40℃~125℃), improving signal processing stability by 15%, meeting automotive-grade reliability requirements.
• Communication Equipment：5G base station RF module heat dissipation, reducing continuous operating temperature by 8℃ with 0.5mm thickness filling, meeting 3000-hour uninterrupted operation needs.
• Consumer Electronics：Laptop CPU and heat sink bonding, improving installation efficiency by 40% compared to traditional thermal grease; rework only requires peeling, no residue or component damage.

Quality Assurance
RoHS 2.0 and UL94 V-0 certified, available in 10ml syringes/300ml cartridges. Choose IOTA GNJ 3125 to build an efficient, reliable thermal management barrier for electronic devices with "instant adhesion + stress-free protection".