Enamel reaction tank price

The enamel reaction tank price is expensive. Once the enamel of the reaction vessel is damaged, this protective effect will be lost, which will lead to a decrease in the protective effect of the reaction vessel and make it easy to damage. When the enamel layer is found to be damaged, it needs to be repaired in a timely manner. Before repairing, the cause of enamel damage should be identified first, and then treatment should be carried out before repair, so that the repair effect can be better. So what are the causes of enamel damage? Let's use the editor to analyze it.

1. Mechanical pressure coefficient on the outer surface of enamel reaction tank:
Mechanical vibrations on the outer surface of the reaction vessel during production, mobile installation, daily use, and maintenance can cause damage to the enamel porcelain layer; The nozzle of the reaction vessel is the main part of the enamel surface that is damaged due to external mechanical pressure collision; The addition of solid substances and the entry of hard materials can damage the inner wall of the glass lining of the reaction vessel to varying degrees.
2. If the temperature inside the reaction vessel is too high or too low:
Users often fail to pay attention to the feeding process, resulting in a sudden excessive increase or rapid decrease in the temperature of the reaction vessel, which may damage the enamel layer. So during the feeding process, be careful not to make the thermal shock of the reaction kettle too large, but to slowly feed.
3. Corrosive materials leak from the enamel reaction tank:
In many cases, reactants have strong corrosiveness and are generally acidic substances, which may lead to the diffusion of hydrogen, and the diffusion of dihydrogen will cause the failure of enamel enamel. Regularly inspect the flange of the reactor nozzle, and repair and replace any leaks as soon as possible.
4. Electrostatic discharge of enamel reaction tank:
During the use of the reaction vessel, the stirring and rotation of materials inevitably generate static electricity, which can cause pitting corrosion of the enamel coating. Therefore, attention should be paid to the release and protection of static electricity.
So before starting to use the enamel reaction tank, check whether all aspects of the reaction kettle are intact, and then start the reaction kettle to greatly reduce the possibility of damaging the enamel layer. At the same time, after each use of the reaction kettle, cleaning work should be done to avoid residual chemicals from damaging the enamel layer.