Provided Mixers, JM-MIX impellers for reduction batch time, improved heat and mass transfer.
Better Yield and quality with lower power consumption for your mixing application.
Saving in capital cost as significant reduction in power reduces size of motor, gear box & shaft diameter, which result in reduction in shaft weight,
its machining cost and corresponding parts like mechanical seal, bearings, couplings etc.
Can be made in any commercially available metallic construction and suitable lining with easy installation.
Total unit responsibility right from concept of mixing solution to commissioning.
Major Industries which can be benefited from our experience are chemicals, bulk drugs, agro chemicals, dyes & pigments,
textile auxiliaries, perfumery and aromatic chemicals, natural oils.
JM-MIX impeller, the liquid is being pushed down or up in the length of the wall. At the same time, fresh material is continually
drawn into the impeller region maintaining the mixing cycle suction into the impeller sets in a vertical circulatory pattern of mixing
The axial motion imparts a much higher bulk fluid velocity for a given power consumption. The axial flow pattern also plays important for lifting solids off reactor bottom in solid liquid application.
In case of conventional impellers vertex is generated on the trailing edges of the blades as shown and which in turn causes drag.
The improved blade profile of the JM-Mix impeller reduces the vortex generation at the trailing edges of the blades making the entry of blades into liquid with least frictional forces. The entire action reduces the drag.
Super Impeller generates primarily axial type of flow pattern which improves pumping of liquid, sweeping off solids from bottom which result in better mass and heat transfer rates and this may result in reducing the process batch time.
Due to the controlled mixing pattern of axial motion, there is no unnecessary turbulence at the surface. This minimizes the action of the liquid.
The JM-Mix Impeller can be easily installed / replaced on existing vessel just by replacing the bush and blades, motor and gear with in a day.
Significant reduction in capital cost for new vessel can be achieved due to lower power requirements which lead to reduction in size of motor. Gear box and shaft diameter reduces the weight of shaft and its cost of all corresponding parts like mechanical seal, flexible and rigid couplings, bearing etc.