Fluid Rate: 10 m³/h
Maximum Working Pressure: 16 bar
Working Temperature Range: -30~160℃
Design Pressure: 1-16 bar
Plate Thickness: 0.4 mm~1.0 mm
Plate Materials: SS304, SS316, Titanium
Gasket Materials: NBR, EPDM, HNBR, HEPDM, FKM
Plate Spacing: 2-8 mm

  Plate heat exchangers are composed of stacked corrugated plates, achieving high-efficiency heat transfer through fine channels between plates, with the advantages of compact structure and large heat transfer area. Their plates are detachable for cleaning, featuring strong anti-scaling performance, compatibility with multi-medium working conditions, fast thermal response, and low energy consumption. Widely used in HVAC, food processing, pharmaceutical cleanliness, industrial waste heat recovery and other fields, they provide flexible and efficient solutions for medium and small flow heat exchange scenarios.​
 

(1)The tubular heat exchanger has strong versatility and wide application range.By flexibly changing parameters such as tube diameter and the number of tubes, it can meet the process requirements of different flow rates and temperature control accuracies.
(2)The shell-and-tube heat exchanger has a simple structure, is convenient for maintenance, and has an extremely strong pressure-bearing capacity.
(3)The U-tube heat exchanger adopts a single tube sheet design and has no thermal shrinkage stress.
(4)There is a clear national standard: GB151 - Shell and Tube Heat Exchanger

A plate heat exchanger is a heat transfer device composed of stacked corrugated plates. Two fluids flow countercurrently or crosswise between the plates, transferring heat through the plate walls. It features a compact structure, high heat exchange efficiency, and easy disassembly for plate cleaning. Suitable for industrial, heating, food processing, chemical, and other scenarios, it is especially ideal for medium and small flow heat exchange needs.​
 

Plate heat exchangers are high-efficiency industrial heat exchange equipment. With their plate structure, they enhance heat exchange efficiency and save energy consumption. Compact in overall structure, they occupy little space and are suitable for multiple scenarios such as chemical industry, food processing, and heating & ventilation. The equipment is easy to assemble, disassemble, and clean, featuring corrosion resistance and durability. It enables long-term stable operation and reduces maintenance costs.

Plate heat exchangers are efficient heat exchange devices that work through stacked corrugated metal plates. Cold and hot fluids flow in the inter-plate channels to transfer heat.​
They are small in size, high in heat transfer efficiency, with a heat recovery rate of about 90%. Types like the detachable one are easy to disassemble, assemble and clean. Plates are mostly made of stainless steel, with strong durability.​
Widely used in fields such as air conditioning and chemical industry, they play a significant role in energy conservation and process upgrading.