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What are the components of the stainless steel polyester resin reactor?
- Nov 20, 2018 -

The stainless steel polyester resin reactor is mainly composed of a kettle body, a kettle lid, a jacket or a coil, a stirring device, a transmission device, a shaft sealing device, a support, a heat insulating medium and the like. In addition, equipped with temperature monitoring device, temperature measuring hole, CIP automatic rotating spray ball, quick-open material import and export, temperature sensor, sight glass spotlight, liquid level gauge, hot and cold medium outlet and other equipment, convenient for manual operation and solvent distributed.

The stainless steel polyester resin reactor is mostly made of carbon-manganese steel, stainless steel, nickel-based alloy and other composite materials. The contact between the cylinder and the material is made of imported SUS304/316L/Q345R, and the inner cylinder wall is mechanically polished or Electrolytic mirror polishing, the outer cylinder wall is fully welded, and the outer surface is treated with mirror or matt.

The nozzle of the stainless steel polyester resin reactor can be designed and manufactured according to the process. The nozzle connection form is quick-loading chuck type, flange type and thread type, which are selected according to the process requirements. At the same time, it also has a frequency conversion adjustment device, and the stirring speed is mostly controlled by frequency conversion, and the adjustment range is large. In addition, there are display control keys such as temperature and pressure, which are convenient and quick.

The stainless steel polyester resin reactor can withstand high temperature sterilization at 120 °C, and is equipped with a hygienic pressure gauge to achieve continuous adsorption operation of the resin. In addition, it can also use steam heating, electric heating, heat transfer oil and other heating methods to meet the process requirements of acid, alkali, high temperature, abrasion resistance, corrosion resistance and other different working environments.