Glass lined agitator manufacturer

I believe many friends familiar with the glass lined agitator know that it is a composite material product made by lining high silica glass on the inner surface of a steel container, and then firmly adhering it to the metal surface through high-temperature burning; It is precisely because of its design and materials that it is also a highly corrosion-resistant and excellent anti-corrosion equipment; In fact, there are many treatments related to it during production. Today, the glass lined agitator manufacturer will take you to see the introduction of the relevant technical principles of carbonization treatment:

At present, since all the difficulties are caused by the precipitation of liquid reaction raw materials to the bottom of the glass lined agitator, the key solution is to prevent the occurrence of precipitation even without mixing or blending; In this way, we can maintain it by adding an auxiliary reaction kettle bottom. Note that the bottom of the auxiliary glass lined reaction kettle is slightly higher than the actual one, leaving a gap of about 3 to 12 centimeters; In this way, the liquid product will precipitate on the bottom of the auxiliary reaction vessel, rather than easily producing insulation material on the actual reaction vessel bottom.
Simply put, the thermal convection effect between the gaps at the bottom of the glass lined agitator will be continuous and uniform. The auxiliary reaction vessel bottom is made of high toughness stainless steel plate, which contains many small circular holes with a diameter slightly smaller than the particle size of the raw material. Then, this type of stainless steel mesh is cut into a ring shape; At this point, its edge bends downwards as a support point, and when the liquid reflects that the raw material load is too heavy, a metal ring can be added as a support plate under its auxiliary bottom.
The above is a summary of the carbonization technology for glass lined agitators that we have compiled. If you encounter any unclear problems during the carbonization treatment technology of the reaction vessel equipment, you can refer to the introduction above to solve them. Here, we remind everyone to be careful and meticulous in this process.