About Us
Focused on OEM/ODM Customized Supporting Services
We specialize in the customized support and sales services of energy-saving and environmentally friendly heat exchange equipment, such as heat exchangers and heat exchange units. Our products include plate heat exchangers, shell-and-tube heat exchangers, and volumetric heat exchangers, and are widely used in various heat exchange scenarios across food, pharmaceutical, light industry, chemical, petroleum, refrigeration, and HVAC sectors.
Leveraging a mature factory supply chain and a heat exchange technology team, we focus on the personalized operational needs of our customers, providing services such as heat exchanger selection, solution design, and OEM/ODM customized support. We adhere to quality and commercial integrity, support our work with professional technology, pursue excellence, and continuously provide customers with stable and suitable heat exchange solutions, working hand in hand with them for mutual development.
Production Display
Flame Cutting Machine
The flame cutting heat exchanger frame utilizes the high temperature generated during the combustion of iron oxide to cut the heat exchanger frame. The design of the flame torch provides ample oxygen for the combustion of iron oxide to ensure a good heat exchanger cutting effect, thereby improving the quality of the heat exchanger cutting surface and minimizing slag adherence.
Sandblasting Machine
Use of Sandblasting Machine in Heat Exchangers: It is used to transport powdered particulate materials from one place to another within the pipeline using compressed air. In the process of converting kinetic energy into potential energy, the high-speed moving sand particles scrub the surface of the heat exchanger frame, thereby improving the surface quality of the heat exchanger and making it less prone to rust.
Press in operation
The heat exchanger press is suitable for pressing stainless steel plates into heat exchanger plate corrugations under a certain pressure. The plate corrugations can induce turbulence in the fluid at relatively low flow rates, thereby achieving a higher heat transfer coefficient.
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