Specifications

1 heat exchanger
2 small heat loss exchanger
3 high heat transfer efficiency
4 flexible operation exchanger
5 ISO certified

Plate heat exchanger

 

The whole process of production systems was learned from the advanced technology abroad and combined with the domestic leading technology and full tracking and detection by the experts.Since the company has been established,we have successfully developed a series of heat exchanger products for a variety of model and applications.

The Specification type of plate heat exchanger

Model Denotation Method of SUCCESS plate heat exchanger

 

 

 

 

 

 

The characteristics of plate heat exchanger

1.The structure of plate heat exchanger is more compact compared with other heat exchangers.

2.Heat transfer under differential temperature of 1 °C temperature with designed pressure up to 2.5MPa and the maximum handling capacity up to 3533m3 per hour is available.

3.Rich plate shape, a variety of angles and groove depth and a different combination forms a ideal heat exchanger which is suitable for working conditions.

4.One step forming plate with high-precision mold to reduce physical stress & improve plate’s uniformity and extend service life .

5.Reasonable flow guide plate designed to avoid the deposit plate and improve the heat transmission coefficient up to 9000W per m2.K.

6.Different material such as Stainless steel , titanium, Hastelloy, or other special alloy plate are available to meet the requirements of various working conditions.

7.Plate is easy to inspect and to manually clean. It can be cleaned by counter-current 
washing in many cases. Daily cleaning of the plate is not time consuming and does not need the professionals.

8.Free paste type to reduce operation and maintenance costs, easy maintenance.

9.The heat exchange can be designed in many types from two fluid media with single countercurrent to three or more fluid media with multi current, through the changing of flow type or increasing the flow passage. Therefore more suitable solutions can be selected by designers to meet different technical requirements.

10.Economy, Its high heat transfer coefficient, easy installation and maintenance make the initial investment and operation and maintenance costs greatly reduced.