13507032

MIXING IMPELLERS BLADES SAUDI ARABIA
AED1,475.00

Dubai 2659 days ago

Phone Number
+971 58 101 6267

Address
AL QUOZ INDUSTRIAL AREA

MIXING IMPELLERS BLADES SAUDI ARABIA

MIXING IMPELLERS BLADES SAUDI ARABIA HIGH SHEAR MIXING BLENDING IMPELLERS FOR THE CHEMICALS, FOOD, PAINTS, ADHESIVES, RESINS MANUFACTURING INDUSTRIES.

TECHNOSMITHS FABRICATES THE BEST QUALITY STAINLESS STEEL GRADE 304 AND 316 MIXING  IMPELLERS BLADES SAUDI ARABIA AND FOR THE MIDDLE EAST INDUSTRY.
HIGH SHEAR MIXING BLENDING IMPELLERS ARE FABRICATED TO INTERNATIONAL STANDARDS. OUR DESIGNS ENABLE HIGH SHEAR MIXING AND BLENDING OF MATERIALS AND HELP IN PRODUCING HOMOGENEOUS MIXES AND BLENDS.

High Shear Impellers

F-Blade | Sawtooth Blade for High Speed Dispersers

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.
DisperseTech Dispersion Blade - 6" Diameter X Blade - Turbo Pumper with a Cowles 5/8" BE bore: Amazon.com: Industrial & Scientific

The Cowles / Sawblade design of this impeller provides mixing by generating high shear levels. The Cowles/Sawblade is suggested for use in wetting out powders, dispersing fine solids, breaking up agglomerations (clumps) and creating emulsions. This impeller can be fabricated to fit almost any shaft diameter and comes standard in 316 Stainless Steel, but we can build this design in any alloy or even in composite material. Hardened coatings are also available for greater wear resistance. custom variations are also available as well.

CUSTOM FABRICATION OF MIXING IMPELLERS BLADES SAUDI ARABIA IS ALSO UNDERTAKEN.

PLEASE SEND INQUIRIES TO

CELL: 058 101 6267

WHATSAPP: 050 632 8990

info@bakjam.com

Mixing technology represents a balance between the requirements of the process and the output efficiency of the impeller within the process. Often referred to as propellers, the impellers selected for a specific agitation system are required to produce one of three basic fluid regimes: Flow (Q), Shear (H) and Pressure (P); and there is also the possibility of producing a combination of the three.

 

Agitator impellers all obey the relationship whereby Power is dissipated into Flow or Shear: