Although the thermal conductivity of fluoroplastics is poor, the wall of fluoroplastics heating and heat exchange tube made of capillary tube is very thin, and the thermal resistance is greatly reduced. In addition, the diameter of capillary tube is small (3-10mm), and the fluid in the tube is in turbulent state, which makes up for the shortcoming of poor thermal conductivity of fluoroplastics. Fluoroplastic heating equipment can be used well because of its super-temperature resistance, super-corrosion resistance, good viscosity resistance and flexure resistance.

Fluoroplastic heater is a fluoroplastic heating equipment with small diameter fluoroplastic heating tubes as heat transfer components, also known as flexible tube heat exchanger. Commonly used fluoroplastics are polyfluoroplastic ethylene (F4), polyperfluoroethylene propylene (F46/FEP) and fusible polyfluoroplastic ethylene (PFA). Fluoroplastic heaters made of fluoroplastic capillary tubes are widely used in various corrosive occasions in chemical industry, medicine, pickling, electroplating and other industries.

Fluoroplastic heating equipment can be used for steam heating, hot water heating or heat transfer oil heating.

Fluoroplastic heaters are custom-made products. The technical personnel of our company should determine the size of the heater, the number of capillaries, the diameter of capillaries, the diameter of inlet and outlet, the shape of the heater, etc.

According to the requirements of customers' use occasions, material characteristics, heat exchange methods, heat medium properties and technical parameters;   Fluoroplastic heaters include fluoroplastic immersion heater and fluoroplastic shell-and-tube heater. Immersion heater is immersed in container for heat exchange, while shell-and-tube heater is heat exchange through external circulation of pump. Users should first determine what type of heat exchange mode to choose according to their actual situation.