We provide high-capacity brazed plate heat exchangers for centralized heating and cooling.

Our brazed plate heat exchanger has a compact structure, reliable performance, and can significantly reduce maintenance and installation costs while improving efficiency.

Wide capacity range - able to meet your various needs. Our brazed plate heat exchangers come in a wide range of types, ranging from small devices to high-capacity models with heating or cooling power of up to hundreds of kilowatts. Our application experience enables our products to adapt to all changes and handle working conditions in all regions.

Advantages of brazed plate heat exchangers

Brazing technology is rapidly occupying the centralized energy application market with its durability, ultra affordable lifecycle cost, and compact size. In the past 20 years, brazed plate heat exchangers have replaced traditional shell and tube and plate frame (gasket or PHE) technologies. Brazed plate heat exchangers are the first choice of heat exchange technology for European centralized energy networks, and are also a common heat exchange technology.

Centralized heating

Central heating is a building heating technology system that transports hot water through a pipeline system to transfer heat. Heat is supplied through one or more large centralized heating stations, and then transported to various apartments and residences through distribution stations. Centralized heating is mainly used in places with heat demand but not widely distributed among consumers, such as towns in cold climates.

Brazing technology has an extremely affordable lifecycle cost

Jinxin's brazed plate heat exchangers have a complete range of capacity specifications, which can effectively serve centralized heating systems. They also have many advantages over the shell and tube (PHE) heat exchangers used in the past:

① Compact structure - easy to assemble in smaller and less accessible areas, significantly saving installation time and costs.

② Functional reliability - Our brazed plate heat exchanger is sturdy and reliable, with sealed packaging, compact structure, and has undergone helium gas testing in the factory.

③ Easy maintenance - Our brazed plate heat exchanger does not require gasket replacement and can be self-cleaning under normal conditions with the help of high turbulence. In applications with high scaling or scaling risk, cleaning is convenient and does not require dismantling and cleaning. This feature can save labor costs, shorten production downtime, and thus reduce lifecycle costs.

④ Energy saving and environmental protection - Our brazed plate heat exchanger is an energy-saving way to transfer heat from one medium to another. Almost 100% of the materials used in brazed plate heat exchangers can be used for heat transfer, making them cost-effective and environmentally sustainable.

Centralized cooling

Centralized cooling is increasingly inclined to use a wide range of distribution systems - centralized cooling is a technology similar to centralized cooling. Centralized cooling usually refers to the concentrated generation of cooling energy, which is then distributed to customers in the form of cold water through a closed circuit; Centralized cooling is most common in buildings with high cooling demand, such as office buildings, factories, and hospitals. In these application scenarios, Jinxin brazed plate heat exchangers not only have high performance advantages, but also effectively save space with their compact structure.

There are several benefits to centralized cooling:

Reduce lifecycle costs - unaffected by outdoor environments.

Reducing environmental pollution - Compared to traditional cooling technologies, it reduces the use of fluorocarbons and improves energy efficiency.

More convenient - no maintenance required, no handling of Freons, no future costs and legal compliance issues.

Cost and Safety - reduces energy costs, minimizes maintenance, lowers customer investment costs, and improves delivery safety.

Our brazing plate advantages:

① High performance heat exchanger, space saving;

② Diversified models can meet the needs of various types of equipment;

③ Compact structure, easy to install, providing module redundancy;

④ Small footprint can save a lot of space.