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Ancham AS3702 thermal grease provides excellent heat dissipation solutions for high reliability electronic devices in various industries.

Ancham Reporter

In today's rapidly evolving global electronics industry, heat dissipation has undoubtedly become one of the core challenges facing engineers. Overheating can directly lead to performance degradation instability, and even permanent damage of electronic components. Therefore, choosing a thermal conductive material that is efficient, reliable, and easy to apply is crucial. Ancham® AS302 thermal grease launched by OSAKI New Material is becoming an ideal thermal management solution across multiple industries.


Outstanding product features, laying a broad application foundation

Ancham® AS3702 is a one-component, non-curing, thixotropic thermal grease. Its core advantages include:

• Efficient heat conduction: With a thermal conductivity of up to 2.5W/m·K, can quickly and effectively transfer heat from the heat source to the heatsink, significantly reducing the interfacial thermal resistance.

• Stable and reliable: It has a wide operating temperature (-50℃ to 200℃), neither pulverizing, melting at high temperatures nor cracking at low temperatures, ensuring the product's long-term stability harsh conditions.

• Safe insulation: It has excellent electrical insulation properties, non-toxic, odorless, and non-corrosive, and complies with RoHS REACH environmental directives, and is free of halogens, ensuring operational safety and environmental friendliness.

Industry Application Solution Analysis

Based on the above characteristics, the Ancham® AS3702 solution can be applied to the following key areas:

1. Consumer Electronics and Computer Field: In the assembly of CPU/GPU in smartphones, tablets, laptops, and desktops, the AS3702 can fill the microgaps between the processor and the heat dissipation fins, effectively controlling the temperature of the core chip, preventing performance from being reduced due to overheating, and ensuring the smooth of the device. Its non-flowing characteristics are particularly suitable for devices such as vertical installed desktop graphics cards.

2. Automotive electronics field: ECUs (electronic control units), power modules, sensors (such as thermistors, temperature sensors), and components in modern cars need to operate stably in high-temperature and vibrating environments such as the engine compartment. The AS3702's excellent high and low temperature and chemical stability can meet the harsh requirements of automotive electronics, enhancing driving safety and the service life of parts.

3. Communication and infrastructure field: 5G base stations, servers, routers and other communication equipment continue to operate at high load, with great heat dissipation. AS3702 can provide efficient heat dissipation for key components such as power management chips and optical modules, ensuring the continuous stability and low latency data transmission of the network infrastructure.

4.Industrial and new energy fields: In industrial frequency converters, power modules, photovoltaic inverters and LED lighting equipment (especially highpower industrial and mining lamps and spotlights), AS3702 can effectively manage the heat generated by power devices, prevent light decay and device failure due to overheating, significantly improve the reliability and service life of products.

Dedicated to Reliability and Usability

Ancham® AS3702 not only excels in performance but also prioritizes ease of in practical production. It is suitable for manual dispensing or automated equipment application, and maintains its shape after construction without flowing and contaminating surrounding components.

Ancham® AS302 is more than just a material; it is a critical component that ensures the performance and reliability of future electronic devices. It is empowering design engineers across various industries to break the bottlenecks of thermal management and develop more powerful and durable innovative products!

Ancham New Materials is a high-tech enterprise dedicated to the research, production, and sales high-performance thermal conductive materials and sealing materials, continuously committed to providing comprehensive thermal management solutions to global customers.