|  Market conditions

In order to provide higher-quality game graphics and dynamic effects, as well as the need for some professional workstation users to handle large-scale computing tasks, the hardware selection of computers is becoming more and more high-end, and the overall trend is towards overclocking, multiple GPUs or high density. As computer performance continues to improve, the requirements for cooling systems are also increasing. Traditional cooling fans are no longer able to meet the cooling needs of high-performance computers. Computer water cooling has become a popular solution with broad market prospects.

The working principle of the water cooling device is that through the contact between the pump head and the CPU, the cold water flows through the pump head and becomes hot water through the operation of the pump. The hot water flows to the cold radiator and transfers the heat to the cold radiator containing a large number of aluminum fins. , and then turns into cold water and returns to the pump head.

Schematic diagram of water cooling principle

|  Market pain points/Problems

1. Performance and cooling issues: Users expect water cooling systems to effectively reduce the temperature of computer hardware, especially during high-load computing or gaming.

– Insufficient cooling performance: Some water-cooling pumps may not provide adequate cooling under extreme conditions, causing the hardware to overheat and limiting computer performance.

– Unstable temperature control: Users may experience temperature fluctuations, high and low, which may be related to the unstable temperature control of the water cooling system, affecting the stability and life of the hardware.

2. Noise issues: Users want their computers to be quiet when running, especially when they need to focus on work or entertainment. Some water-cooling pumps may produce excessive noise, especially when operating at high speeds, which may interfere with the user’s work and leisure activities.

3. Reliability and safety issues: Once liquid leakage or pump failure occurs in the water cooling system, it may lead to memory instability, device freezes, hardware damage, data loss, etc., which poses a threat to the safety and performance of the hardware.

4. High maintenance costs: Compared with air cooling, water cooling is not all advantages. Generally speaking, air cooling systems have fewer wearing parts and are easy to replace and maintain. If the lifetime of the integrated water-cooling radiator water pump is short, it will cause higher maintenance costs.

|  TOPSFLO Solutions

1. TOPSFLO’s professional computer cooling pump TDC adopts a unique high-efficiency motor solution and closed rotor design, which can provide excellent heat dissipation performance while being efficient. Using smart chips, it can realize 5V/PWM intelligent speed regulation. It can intelligently adjust the circulating cooling heat according to the temperature setting, continuously and stably reduce the computer temperature, and ensure that the hardware remains cool under high load.

2. Integrated injection-molded magnetic silent rotor, one-time injection molding, ultra-silence <28dB, professional silent suspension rotor design with rotor dynamic balance <20mg; Japanese JSW injection molding machine & high-quality imported materials ensure high-precision parts, low noise and low vibration of the water pump.

3. Through magnetic drive technology and static sealing, the liquid part of the TOPSFLO water pump is completely isolated from the motor, eliminating the risk of leakage and burnout. At the same time, the water pump can withstand the extreme bursting high pressure of 1.8Mpa, eliminating the risk of liquid leakage and ensuring the safety of the hardware.

4. Professionally designed with a long service life of 50,000 hours, using imported raw materials & electronic components from major international brands, fully automated production lines, and advanced process quality control to ensure long-term, durable and stable operation of the water pump.