Agitator Tank: RJ single impeller agitation tank is the most commonly used at present. The impeller is located in the bottom of the cycle barrel in order to mix the ore pulp with chemical. By experiment, our new design will replace the first and the second agitation tank to improve the mixing efficiency. a.
The single impeller agitator tank are adaptable for numerous mixing tasks and are available in different sizes and designs to befit different purposes. They are highly resistant to chemicals and extreme conditions such as high temperatures to enable their application in a wide range of processes.
Variety of impeller selections that fit any agitation requirements; Three mechanical seals options: single mechanical, single mechanical with sanitary gland, and double mechanical; ... Vessel/Tank that has two agitation systems to help stir and mix products, providing continuous agitation in two separate areas to ensure proper mixing and ...
This single impeller agitating tank is the most commonly used ordinary agitating tank at present. The impeller is located at the bottom opening of the cycling cylinder taking the ore pulp and chemical reagent into the cycling cylinder with a suction orifice for agitating.
Which type of tank when comparing agitator vs impeller is best? The good news is that Lee Industries uses their expertise to properly select each to appropriately meet your application needs. Take a look at our photo gallery below to see some of our various Kettle or Tank Agitator and Impeller combinations.
Usually a single impeller is used. The impeller diameter ranges between 50% and 80% of the tank diameter. The impeller is placed one impeller diameter above the bottom of the tank. The recommended retention time in the mixing tank ranges from 9 s to 2.5 min for aluminum sulfate concentrations ranging from 10 to 100 mg L 1 15, 69.
Description RJ Single impeller agitation tank is the most popular model at present. The impeller is located in the bottom of the cycle barel in order to mix the ore pulp with chemical. By experiment, our new design will replace I II model agitation tank to improve the mixing efficiency.
Often referred to as propellers, the impellers selected for a specific agitation system are required to produce one of three basic fluid regimes: Flow , Shear and Pressure ; and there is also the possibility of producing a combination of the three.