All welded plate type heat exchanger has the compact structure in many industrial applications, heat resistance, pressure, changing the characteristics of high thermal efficiency. All welded plate heat exchanger has no gasket or O type ring between plate or frame, all made by 316 stainless steel, have excellent corrosion resistance. Corrugated plate of high turbulence in fluid flow, leading to compact design of efficient in heat efficiency. Because the machine has compact structure and material saving, Schmidt full welded plate heat exchanger will be your best choice.
The ratio of Convenient and cheap connection:
All import and export of welded plate heat exchanger are equipped with the standard design of pipeline connection, this design can greatly simplify the installation, reduce the cost. In addition, the connection can have the effect of bearing heat exchanger at the same time, it also can save the human.
Reduce flow:
All welded plate heat exchanger has a narrow passage, can reduce traffic delay. Use them due to their high in thermal efficiency, can reduce the dosage of the coolant.
Firm structure, reliable quality,
Welded plate heat exchanger by corrugated plate welding and become, corrugated design by computer. Between plate and plate cross each other, in the welding point. This kind of welding method to make the heat exchanger structure stronger. Eliminate the washer at the same time
Typical applications:
I company produces the whole welded plate heat exchanger with unique heat transfer effect, and is widely used in the following areas:
Oil cooling
Caustic soda
Heat transfer fluid
Dangerous fluid
Precious fluid
frozen
The cooling/heating of reaction tower
Specification:
Parameters |
Temperature |
-40 °F-570°F | |
Pressure |
0 -580 psig | ||
Flow velosity |
0.5 - 1600 GPM | ||
Connections |
1" - 6"- bolt connection | ||
Stud bolt connection | |||
Flange connection | |||
Specification |
Plate materials |
|
AISI 304 (1.4301) stainless steel |
AISI316 L(1.4404) stainless steel | |||
AISI 316 Ti (1.4571) titanium | |||
|
AISI904 L(1.4539) | ||
SMO 254 (1.4547) | |||
alloyed nicked steel | |||
Ti tanium and Pal ladium | |||
Thickness |
0.6 mm | ||
Plate frame |
Painted carbon steel | ||
Stainless steel | |||
Connections |
standard connetion |
AISI 316 titanium | |
Special connection |
alloyed nicked steel | ||
titanium | |||
Standard |
ASME PED |