As Taiwan rapidly expands its AI server and data center manufacturing, demand for high-precision thermal management in assembly processes has increased significantly. To ensure long-term stability of core components, manufacturers are turning to advanced dispensing technologies that can handle particle-filled thermal pastes with high accuracy and consistency.

One Taiwanese electronics manufacturer recently introduced the KDP0350B Auger Valve to its AI server production line, focusing on the heat dissipation coating process of power control and processor modules. The goal was to improve coating precision and material utilization while enhancing component durability.

 
Advanced Dispensing for AI Server Applications

The KDP0350B is a next-generation auger valve system designed for high-viscosity, particle-containing materials such as thermal grease and silicone-based heat conductive pastes. It features a 2K fluid metering system with adjustable mixing ratios from 1:1 to 10:1, ensuring optimal thermal performance for multi-component materials used in AI servers, electric control modules, and BMS systems.

With a dispensing accuracy of ±3% and a maximum flow rate of 14mL/min, the system delivers uniform coating thickness and excellent repeatability across complex surfaces. The ceramic rotor and FKM/FFKM stator materials provide superior wear resistance, extending the service life even under continuous operation.

 
Customer Feedback and Results

After implementing the KDP0350B Auger Valve, the Taiwanese client reported:

• Improved coating precision for thermal pastes containing micro-particles
• Stable flow control during continuous production, even at varying viscosities
• Reduced manual maintenance and extended equipment service cycles
• Enhanced core component durability and better heat dissipation performance

The integration with the dispensing controller allowed real-time monitoring and parameter adjustments, meeting strict quality requirements of AI hardware assembly lines.

Enhancing Taiwan’s AI Manufacturing Capability

The successful deployment of the KDP0350B showcases how automated precision dispensing is becoming essential for Taiwan’s high-tech manufacturing industry. As AI servers demand higher computing density and better thermal stability, adopting advanced fluid control technologies helps manufacturers maintain competitive performance while ensuring long-term reliability.

By combining accurate metering, durable materials, and smart process control, the KDP0350B provides a robust solution for next-generation AI infrastructure assembly.