PTFE Immersion Heat Exchanger

White Industrial PFA/PTFE/PVDF Immersion Coil Tube Heat Exchanger For Heat Transfer

Heat exchangers of FEP/PFA - Coil Heat Exchangers & Immersion Heat Exchangers :

The fluorine plastic material is made of imported materials such as DuPont (), Japan's Daikin Co., Ltd. (FLON), etc.

Using advanced pipe-making equipment and processing methods, the pipe bundles and flanges are welded by hot-melt and assembled into heat exchangers.

Fluoroplastic heat exchangers are suitable for heating, cooling, evaporating, and concentrating corrosive solutions such as chromium plating, acid tin plating, zinc plating, electrolysis, pickling, chemical plating, anodizing, and chemical, pharmaceutical, food and other corrosive solutions in surface treatment electroplating. Heating, cooling, evaporating, concentrating and removing any solution in electroplating surface treatment.

Performance of fluoroplastic heat exchanger:

The heat exchanger is made of PFA, FEP, PVDF pipes, which is more excellent than polytetrafluoroethylene (PTFE) heat exchanger, and has higher thermal stability, flexibility, crack resistance and Transparency. The applicable temperature range of the product is -180~260℃; the intermediate temperature resistance is excellent, and it can be bent into any shape, but the radius of curvature should be ≥150mm. Excellent electrical insulation, non-sticking, anti-aging, no matter in any strong corrosiveness Gas, liquid and long-term exposure to the harsh atmosphere, the aging resistance can be as long as more than 10 years.

The products are made of (PTFE, FEP, PFA,) materials. The product material is strictly designed according to the customer's requirements to meet the technical conditions of the process. The product is assembled by using tube bundles (ø3, ø5, ø4, ø4, ø5, ø6,... ø12) to penetrate through the flanges at both ends to form heat exchange The inlet and outlet of the heat exchanger are assembled and fixed with (PP, PVC, PTFE, PVDF frame), which can prevent the damage of the heat exchanger due to the collision of the workpiece.