TECHNOSMITHS MANUFACTURES MIXING IMPELLERS AND BLADES IN DUBAI FOR THE CHEMICALS, FOOD, PAINTS, ADHESIVES, RESINS MANUFACTURING INDUSTRIES. THE BEST QUALITY STAINLESS STEEL GRADE 304 AND 316 IS USED FOR THE MANUFACTURE OF MIXING IMPELLERS AND BLADES FOR THE MIDDLE EAST INDUSTRY.
MIXING IMPELLERS AND BLADES ARE FABRICATED TO INTERNATIONAL STANDARDS. OUR DESIGNS ENABLE HIGH SHEAR MIXING AND BLENDING OF MATERIALS AND HELP IN PRODUCING HOMOGENEOUS MIXES AND BLENDS.
MIXING IMPELLERS AND BLADES ARE MADE FROM 50 MM DIAMETER TO 800 MM DIAMETER IN THICKNESSES FROM 2 MM TO 6 MM. ALL HOLES AND CENTRE BORE ARE CUT ACCORDING TO CUSTOMER SPECIFICATIONS.
CUSTOM FABRICATION OF MIXING IMPELLERS AND BLADES IS ALSO UNDERTAKEN.
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CELL: 058 101 6267
WHATSAPP: 050 632 8990
we offer a wide array of mixing impellers with specific performance characteristics to meet most applications. All of our impellers come standard in 316 Stainless Steel, but 304 Stainless Steel, Carbon Steel, Hastelloy, Titanium, and other high grade alloy versions of most impeller styles are available. We also offer a wide variety of surface treatments, including polishing, coatings, and passivation processing. If one of our standard mixing impellers doesn’t satisfy your needs, we can design and fabricate a custom mixing impeller to fit the bill. We love the challenge of custom impeller design and fabrication! Contact Fusion Fluid Equipment to discuss your application!
Designed as a more efficient alternate in gas dispersion to a Rushton impeller. The design of this impeller provides a radial flow pattern that moves material from the center of the vessel outward where it flows along the outer walls of the tank. It is most commonly used in two phase mixing (liquid/gas), but can also be used in emulsions and dispersions. Standard designs include industry typical proportions for blade height, width, and disc diameter. Blades are half round sections with concave face as the leading edge of rotation. The Smith impeller is more efficient due to the ability to provide more mas transfer of gas with less torque.