The stainless steel reactor container produced by ZZKD laboratory equipment manufacturer has the characteristics of rapid heating, high temperature resistance, corrosion resistance, sanitation, and no environmental pollution. It does not require automatic heating by a boiler, is easy to use, and has a stirring function. And it is widely used in petroleum, chemical, rubber, pesticide, dye, medicine, food. , Cooling, and liquid extraction and gas absorption and other physical changes need to use a stirring device to get good results, and can design and process external coil reactors for customers.

Some users who do not know about stainless steel reactors will ask, aren't glass reactors and stainless steel reactors working the same? And the corrosion resistance of the glass reactor vessel is better than that of the stainless steel reactor vessel. Why choose a stainless steel reactor?

In fact, I have had such doubts before, but after a deep understanding, you will find the difference between them. I will include this issue in the next article to introduce the differences between them. Next I will give a detailed introduction to the stainless steel chemical reactor to help more people understand the stainless steel reactor vessel.

 

Construction principle of stainless steel reactor:

 

Operating procedures of jacketed stainless steel reactor:

    ◆ Stainless steel reactors must be subjected to periodic technical inspections according to the requirements of pressure vessels.

 

Classification of stainless steel pressure reactor:

Stainless steel reactor can be divided into stainless steel magnetic stirring reactor, stainless steel electric heating reactor and stainless steel steam heating reactor.

◆ Stainless steel magnetic stirring reactor: As the name implies, we can know that this type of reactor can stir the materials and help the materials react better. It is mainly made of 1cr18Ni10Ti stainless steel, and can be made of titanium (TA2), nickel (Ni6) and composite steel plates according to the requirements of different media. The reactor structure has a flat cover, a convex cover and a closed body with a manhole, and the reactor. The opening in the cover can be designed according to user requirements;
 

◆ Stainless steel electric heating reactor: Electric heating stainless steel reactor is a key factor in the development of medicine. Only relying on the advanced equipment can make medicine go to a large-scale and modern terminal. The agitator of the reactor has been developed from a single agitator to a forced circulation with a double agitator or an external pump, thereby increasing the reaction speed.

◆ Stainless steel steam heating reactor: The reactor and the lid are sealed by a flange. There is a discharge hole in the lower part of the reactor. There is a stirrer in the reactor. Safely vent other process pipe holes. The upper part of the lid is welded to the bracket, and a reducer and a motor are installed. The stirrer in the pot is driven by a transmission shaft. The heating jacket is provided with inlet, exhaust (steam) temperature measurement, venting steam valve, electric heating rod and other nozzle holes.

 

Maintenance of stainless steel reaction:

Pay attention to the working condition of the entire equipment and reducer when maintaining the stainless steel reactor. The lubricant of the reducer should be replenished immediately. The electric heating medium oil should be replaced every six months. Meters, distillation holes, electric heating rods, electrical appliances and other instruments should be checked regularly. If there is a fault, it should be replaced or repaired immediately. When the equipment is not in use, be sure to thoroughly clean the inner and outer walls of the container with warm water. Bright and durable.

The reactor is an indispensable anti-corrosion equipment in the chemical industry. In use, mechanical collisions, rapid temperature changes and other factors often cause deporcification, cracks, bubbles, pores and other damage to the glaze. These defects are never allowed in enamel equipment. Once this happens, it must be repaired. High-molecular composite field repair agent is a two-component composite material composed of high-molecular polymer, alloy steel powder or wear-resistant ceramic powder with a curing agent. Compared with ordinary resin-type repairing agents, polymer composites rely on their finer polymer structure, which makes the material itself have stronger adhesion and excellent corrosion and corrosion resistance. Polymers can even penetrate into Inside the metal, a tighter protective layer of polymer composite material is formed. Repair process: surface cleaning → rust removal → anhydrous alcohol cleaning → coating of bottom layer repair agent → coating of surface layer repair agent → curing → use.