mos cold plate
1. High Thermal Performance: MOS cold plates are designed to provide efficient heat transfer, ensuring that electronic components remain within optimal temperature ranges
2. Mini-Channel Fin Design: This design enhances the surface area for heat transfer, maximizing cooling efficiency while maintaining a low pressure drop
3. Material Compatibility: These cold plates are compatible with industry-standard coolants, ensuring versatility and reliability in various applications
4. Lightweight Construction: The lightweight design of MOS cold plates makes them easy to handle and install, which is particularly beneficial in applications where weight is a critical factor
mos cold plate Series
1.Enhanced Performance: MOS cold plates provide efficient heat dissipation, ensuring electronic components operate within optimal temperature ranges. This enhances the performance and reliability of the devices
2. Custom Solutions: Offering both standard and custom designs, MOS cold plates can be tailored to meet specific cooling requirements, providing optimal thermal management for various applications
3. Energy Efficiency: By effectively managing heat, MOS cold plates help reduce energy consumption and operating costs, contributing to a more sustainable and cost-effective solution
4. Increased Reliability and Safety: Efficient cooling prevents overheating, reduces failure rates, and increases the overall reliability and safety of electronic systems
MOS cold plates are designed to provide efficient heat transfer, ensuring that electronic components remain within optimal temperature ranges
These cold plates can be tailored to meet specific cooling requirements, with various channel designs (e.g., serpentine, manifold, microchannel) to optimize thermal performance for different applications
Made from materials with high thermal conductivity, such as aluminum or copper, MOS cold plates ensure effective heat dissipation
They can be adapted to various sizes and power requirements, making them suitable for a wide range of applications from small electronic devices to large industrial systems
Why choose CPU&GPU liquid cold plate for server cooling?
Advantages of CPU & GPU Liquid Cold Plates for Server Cooling:
- Efficient Heat Management: Superior heat dissipation in high-density environments.
- Enhanced Cooling Performance: Maintains optimal temperatures, preventing overheating.
- Improved Reliability: Reduces thermal throttling and component failure.
- Quieter Operation: Minimizes noise compared to traditional air cooling.
- Energy Efficiency: Lowers energy consumption and operational costs.
- Extended Hardware Lifespan: Prolongs component life by maintaining safe temperatures.
mos cold plate Applications
Electric Vehicles (EVs)
MOS cold plates are used to cool batteries, power electronics, and other critical components in electric vehicles, enhancing performance and extending their lifespan
Data Centers
They help in cooling high-performance servers and data storage systems, ensuring efficient operation and preventing overheating
Medical Equipment
Cold plates are essential in cooling medical imaging devices, such as MRI and CT scanners, to maintain accuracy and reliability
Telecommunications
Used in cooling telecom equipment, including base stations and network servers, to ensure uninterrupted communication services
More Information
Which manufacturing process fits my cold plate?
CNC machining, vacuum brazing, friction stir welding (FSW), and tube-embedded routes are all run in-house. The route is recommended during DFM review based on heat flux, geometry, pressure, and volume.
What materials are available?
Aluminium alloys (6061, 6063, 3003) and copper (C1100, C1020). Material choice is reviewed against coolant chemistry, heat flux, and weight targets.
How are cold plates tested before shipment?
Leak testing (helium or pressure-decay), pressure testing, flatness, and dimensional checks follow the acceptance criteria agreed in writing during DFM review.
What is the order quantity and prototype lead time?
Prototype orders start from 1 piece with a 4–6 week prototype lead time from drawing approval. Production orders are scheduled after prototype validation.
What should an RFQ include?
Drawings (STEP/PDF/DWG), heat load or heat map, coolant, flow rate, pressure-drop limit, mounting envelope, material preference, prototype quantity, and annual demand.
