Product Details
The Reagent Agitator Tank is a special mixing equipment dedicated to the dissolution, dilution and mixing of various reagents. It has the characteristics of uniform mixing, sufficient reagent dissolution and convenient operation, and is mainly used in mineral processing, sewage treatment, chemical industry and other industries that require precise reagent preparation.
The Reagent Agitator Tank is composed of a tank body, mixing mechanism, feeding device, discharging device, control system and cleaning device. The tank body is made of chemical corrosion-resistant materials, such as polypropylene, stainless steel or carbon steel with plastic lining, to prevent corrosion of the equipment by reagents; the mixing mechanism adopts a low-speed and high-torque design, and the blades are mostly anchor-type or frame-type, ensuring that the reagents are slowly and fully dissolved and mixed in the tank body, avoiding excessive foam caused by high-speed mixing;
The feeding device is equipped with a flow meter or metering pump to realize precise proportioning of reagents and solvents; the cleaning device adopts a spray structure, which is convenient for internal cleaning after equipment use and prevents reagent residues from polluting the reagents prepared next time; the control system can realize precise control of mixing time, rotation speed and feeding amount.
According to the reagent preparation requirements, a fixed amount of solvent (usually water) and reagents are respectively sent into the tank body through the feeding device. The motor drives the mixing shaft to drive the blades to rotate slowly, and the blades push the solvent and reagents in the tank to make circular motion and flip up and down, forming a stable flow field. During the mixing process, the reagent particles are in full contact with the solvent, and the solvent molecules penetrate into the reagent particles to realize the dissolution of the reagent; at the same time, the shearing effect of the blades breaks the agglomerates of the reagent particles and accelerates the dissolution process. When the reagent dissolution reaches the preset concentration, the mixing mechanism stops running, and the prepared reagent is discharged through the discharging device. If continuous preparation is required, the continuous cycle of feeding, mixing and discharging can be realized through the control system.
