Chromium chloride drying

Chromium chloride (CrCl₃), particularly in its anhydrous or hydrated forms (e.g., CrCl₃·6H₂O), is a critical compound used in catalysts, metal surface treatment, dye synthesis, and as a precursor for advanced materials. Drying Equipment for Chromium Chloride Specialized equipment is employed to address the compound’s sensitivity and ensure efficient drying:vacuum dryer

Chromium chloride (CrCl₃), particularly in its anhydrous or hydrated forms (e.g., CrCl₃·6H₂O), is a critical compound used in catalysts, metal surface treatment, dye synthesis, and as a precursor for advanced materials. The drying process is essential to achieve the desired purity, stability, and reactivity required for industrial applications. Effective drying removes bound water or solvents while preventing oxidation, hydrolysis, or thermal degradation of the compound.

Drying Equipment for Chromium Chloride
Specialized equipment is employed to address the compound’s sensitivity and ensure efficient drying:
vacuum dryer

Working principle of vacuum dryer:
The double cone rotary vacuum dryer is classified as a moving bed drying equipment in terms of material processing method. It is an energy-efficient, intermittently operated device. The machine adopts the method of conduction heating to remove the liquid in the material in the structural design. Under vacuum, a higher drying rate is obtained at a lower temperature. The vacuum operation is performed in the rotating tank body, so that the material exchanges energy through the conduction heat of the container jacket wall and the thermal motion of the gas molecules formed by the vacuum in the container, thereby improving the heat transfer efficiency. The material is constantly turned up and down, inside and outside, and the heating surface is changed. At the same time, water vapor is continuously pumped away through the vacuum pump through the exhaust pipe, which speeds up the material drying rate and finally achieves the purpose of uniform drying.