brazed plate heat exchanger, Soldering plate heat exchanger
1,Wide Application:Condenser and Evaporator for Chiller, Heat pump,Refrigeration system
2,Dual circuit design:
-Excellent solution for two refrigerant circuit system
-Increase the COP of system at part load
-Minmized the risk of freezing
3,Flexible design:Customized solution, optimized performance, easy for installation
4,High reliability:100% pressure test and helium leakage test
5,High design pressure:Excellent solution for new refrigerants,such as R410A; Long life time
6,Compact:Less hold up volume,Less installation space
7,Media: Refrigerant, R410A,R22, R134A, R404a,R23, R290,HC,HFC,Water,Oil,Glycol.etc.
8,Patent distributor:
-Improved the distribution of refrigerant
-Enhance the heat transfer
-Minmized the risk of freezing
-Result of distributor by thermography
Our Team:
>10+years dedicated application experience
>Focus on R&D and Improvement of Brazed Plate Heat Exchnager
>Years of Internation working experience with BPHE, Easy communication
>Strong Techincal and Business support
>Core Value of our team
-Focus on Innoviation of brazed plate heat exchanger
-Optimized Prodcuts and Solution, help our customer to improve the competitiveness
-Fast Response and Service, help our customer quick react to the market
Refrigeration Systems :
Evaporator ,
Condenser,
Economizers and Desuperheaters
Air dryer
Heat pump
Absorption chiller
HVAC
Radiant Floor,
Snow Melt,
Boiler
Solar water heat exchanger
District heating
Other Industrial applications such as:
Heat Recovery and
Oil Cooler: hydraulic oil cooling, engine oil cooling, and fuel oil heating.
Steam Heating.
Flat plate heat exchanger
Beer wort cooler
Milk pasteurization
Wind turbine oil cooler
Marine oil cooler
Short delivery time.
High quality
Reasonable price
Customer made
Know-how design and customer support
Model |
B (mm) |
C (mm) |
D (mm) |
E (mm) |
ZL120A |
246 |
174 |
528 |
456 |
ZL120B |
246 |
174 |
528 |
456 |
Model |
ZL120 |
Thickness (mm) |
13+2.36N |
Weight (kg) |
7.2+0.52N |
Stagnant Fluid Volume (L) |
0.196(N-2) |
Max Pressure (Mpa) |
3/4.5 |
Max Flow (L) |
42m 3 /h |
Design Temperature |
-196 ° C~225 ° C
|