Flow rate: 50L/min

Pressure(Max): 90 Bar

Speed: 1450r/min

Power: 2.2 KW

Size: 1300x560x1600 mm

Advantages of Nano-Cooling Center Water Systems

I. Cooling Efficiency

1. Enhanced Heat Dissipation

   • Traditional center water systems rely primarily on the properties and flow of the coolant to dissipate heat.
   • Nano-cooling center water systems leverage the high thermal conductivity of nanoparticles, significantly improving heat transfer efficiency and enhancing overall cooling performance.

2. Rapid Response

   • Traditional systems often exhibit slower thermal response, potentially leading to localized overheating.
   • High-pressure microchannel multiphase flow nanotechnology enables nano-coolants to precisely target heat-generating areas, ensuring faster and more efficient cooling.

II. Coolant Performance

1. High Stability

   • Traditional coolants may degrade or lose performance when used for extended periods or in high-temperature environments.
   • Nano-coolants, through advanced nanotechnology, offer enhanced stability, maintaining optimal performance over time and reducing the need for frequent coolant replacement.

2. Excellent Anti-Corrosion Properties

   • Certain nano-coolants can form a protective film on equipment surfaces, providing superior corrosion resistance compared to traditional coolants. This helps extend the lifespan of equipment.

III. System Design

1. High Compactness

   • Traditional center water systems may require larger pipes and heat dissipation components to achieve similar cooling efficiency.
   • Nano-cooling center water systems are more compact, facilitating equipment miniaturization and space-saving designs.

2. Precise Flow and Pressure Control

   • Traditional systems often lack precision in flow and pressure control, leading to uneven cooling or coolant wastage.
   • Nano-cooling systems enable precise control of coolant flow and pressure, ensuring the coolant reaches heat-generating areas in its optimal state for maximum efficiency.