product-753-638

Features

Our stainless steel inner tank is carefully designed to provide exceptional performance, featuring a complete construction and a working pressure of 600 kpa. This robust tank ensures optimum durability and reliability, making it an ideal choice for various applications. Trust our product to deliver the same level of quality as stated in the original description.
To heat water directly in a solar water heater, it is recommended to use vacuum tubes that feature triple absorption coating. Additionally, copper heat pipes filled with a special heat transfer liquid can be used to achieve optimal result. This setup will ensure efficient transfer of heat energy from the sun to the water in the system. By utilizing this state-of-the-art technology, users can enjoy reliable and cost-effective heating of water using renewable solar energy.
In the harshest -20℃ weather conditions, the system exhibits remarkable efficiency with minimal heat loss, enabling it to generate water that can reach temperatures as high as 50℃.
The solar water heater system operates efficiently in an extensive range of environmental temperatures, spanning from -20℃ to 60℃. Feel free to use the solar water heater system in various climatic conditions, as it consistently delivers excellent performance regardless of the temperature fluctuations.
Due to the absence of water in the vacuum tubes, the system can operate efficiently even if some of the vacuum tubes break. Moreover, replacing these tubes is a straightforward process that can be easily executed.

Solar Heater Working Principle

The absence of an exhaust hole in the solar heater tank means that it has to withstand the pressure exerted by both cold and hot water. When in use, the hot water is released due to the water pressure. A properly designed system should account for this pressure differential to prevent damage to the solar heater tank.
The solar energy is absorbed by the vacuum tube and then transferred to the pressurized solar water heater tank through the conductive copper pipe. As a result, the water present inside the tank gets heated up and becomes hot.
The absence of water in the heat pipe allows the entire system to withstand pressure.

Advantages

The system is designed with a focus on humanization, enabling it to remain functional even in the event of occasional tube breakage. This is achieved by ensuring that water does not flow directly into the tubes.

-Intelligent controller enables fully automated operation.

-Our service is designed to keep your system from freezing, no matter how cold it gets, even in the harshest environments.
-We offer a year-round, anti-freezing service that works effectively even in the most extreme cold areas.
-No matter how cold it gets, our service guarantees to prevent freezing all year round, even in the most frigid regions.
-Stay worry-free about freezing issues, as our service ensures a continuous and effective solution that can withstand even the coldest temperatures.
-In extremely cold areas, our anti-freezing service provides reliable and uninterrupted performance throughout the year.

To ensure outstanding conduction performance, we have opted for the use of copper TU1 as our heat pipe metal. This metal is renowned for its exceptional thermal conduction characteristics, which make it ideal for our needs. By taking advantage of this top-quality metal, we can produce heat pipes that deliver exceptional performance and reliability, ensuring that our clients get the very best in thermal management solutions.

Our shower system is designed to provide you with a comfortable and high-pressure shower experience. You can enjoy a strong water flow even at a pressure of 0.6MPa. Feel the delightful sensation of water cascading over your body as you relax and unwind after a long day. Our product is engineered to deliver the perfect blend of pressure and comfort, ensuring a satisfying shower experience every time. Say goodbye to low-pressure showers and hello to a revitalizing shower experience.

-No Glycol,No Chemicals!

product-1000-828