|
| Place of Origin: | China |
| Brand Name: | YINGXI |
| Certification: | ISO9001,CE |
| Model Number: | PS-SP-08-10M |
Excellent chemical compatibility and rugged design for your heating or cooling application.
All wetted parts of fluoropolymer (PVDF,FEP, PFA, or PTFE) construction.
Heavy duty PVDF mounting bracket and PVDF Frame helps protect the coil from damage.
Heavy wall tubing improves circulation and minimizes pressure drop.
PTFE coils are available for steam service up to 72PSI.28 PSI minimum steam pressure required for operation.
Flange: SUS316 Material.Size can be customized according to customer requirements.
The heat transfer area of the heat exchanger will be designed according to the customer's actual conditions.5.5 square foot to 120 square foot of exchange area standard.
Frame material: PVDF.Frame size can do according to customer requirements.
Tubing sizes: 8mm diameter PTFE tubes for cooling,other size available.Standard size is (5.6mm) diameter.
Inlet and Outlet Sizing:3/4'', 1'', 1-1/2'', 2'' Available.(Can be customized according to customer requirements.)
OPTIONS AVAILABLE (CONSULT FACTORY)
Custom configuration including bottom style exchangers.
Anti-floatation brackets.
NOTE: Vacuum breakers recommended for fluoropolymer heat exchanger steam heating installations.
Many chemical baths are designed to hold a host of different chemicals.
The need to uniformly heat or cool these chemicals is met by the use of universal heat exchangers.
In its most basic design, the heat exchanger consists of two adaptors, connected to one another by many lengths of tubes.
The adaptors are round blocks with multiple holes through them, each meant to house one end of the tube.
The adaptor in turn is connected with a device that pumps out fluids, which then pass through the tube and out the other adaptor.
The fluid may be heated or cooled to accordingly heat or cool the chemical bath, respectively.
The tubes – which may be many meters in length – are submerged in the chemical bath, allowing for the heat transfer to take place between the chemical and the fluid within the tubes.
The size, length and quantities of these tubes will define the volume of fluids that can be passed through the heat exchanger.
Furthermore, the wall thickness of the tubes used will add to the efficiency of the heat transfer.
PTFE (Teflon) heat exchangers follow this design, with both the adaptors and the tubes being made from pure virgin PTFE.
Video
Video
Video
Video
Video
Video
