Hydrochloric acid resistant heater Heats or evaporates hydrochloric acid. Our company adopts hydrochloric acid-resistant heating equipment made of fluoroplastics , due to the super hydrochloric acid corrosion resistance of fluoroplastics, and has strong anti-aging and high and low temperature resistance, it can well prevent the corrosion problems in the heat exchange process such as hydrochloric acid heating and evaporation.

Hydrochloric acid is one of the three strong acids, which is extremely corrosive. In the industrial application of hydrochloric acid, especially in iron and steel pickling or other cleaning industries, in order to improve the efficiency of hydrochloric acid, it is usually necessary to heat hydrochloric acid. In the past, many factories, especially strip steel production enterprises, used steam direct heating for hydrochloric acid because there was no suitable heat exchange equipment capable of resisting hydrochloric acid corrosion. Although the hydrochloric acid temperature can be heated to the process temperature by this heating method, it brings many other problems. For example, direct flushing leads to a large amount of hydrochloric acid mist, which dilutes the concentration of hydrochloric acid, reduces the cleaning efficiency of hydrochloric acid, and causes the waste of hydrochloric acid and the corrosion of acid mist to peripheral equipment.

Hydrochloric acid-resistant heaters are mainly used for heating and evaporating hydrochloric acid. According to different heat exchange modes, immersion or shell-and-tube type can be adopted, which is widely used in steel, printing and dyeing, leather, medicine, food, dye, metallurgy and other industries. Users can confirm according to the actual situation or contact our company before choosing.

Hydrochloric acid-resistant heating equipment is a non-standard customized product. Users provide working conditions and technical parameters. Technicians calculate the heat exchange area according to the data such as installation position, product structure, heating time and heat exchange capacity, and then determine the product parameters such as the shape of hydrochloric acid heater or hydrochloric acid evaporator, the number of fluoroplastics, the length and the inlet and outlet pipe diameters for calculation.