Mixing Impeller

High-performance industrial blades available in SS316, Hastelloy, and Titanium, engineered to optimize axial, radial, and high-shear flow patterns.

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Mixing Impellermixing
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System Advantages

Axial, Radial & Mixed Flow Designs
SS316, Hastelloy & Titanium MOC
High-Mirror Polished Finish Options
Low-Shear to High-Shear Geometries
Custom Shaft Diameter Matching
Corrosion Resistant Passivation

1. Diverse Industrial Applications

  • Chemical Processing:Dissolving solids, creating stable suspensions, and ensuring reaction uniformity.

  • Pharmaceuticals:Precision blending of active ingredients and creation of stable emulsions.

  • Food & Beverage:Achieving homogenization, texture control, and consistent flavor blending.

  • Water Treatment:Specialized designs for flocculation, chemical dosing, and sludge processing.

  • Paints & Coatings:Critical for pigment dispersion and maintaining strict color consistency.

2. Key Impeller Types & Geometries

  • Propellers:Generate axial flow for low-viscosity blending and heat transfer applications.

  • Paddle Impellers:Flat-blade designs for gentle mixing and maintaining uniformity in large tanks.

  • Turbine Impellers:Versatile blades (including Rushton turbines) for gas dispersion and radial flow.

  • Hydrofoils:Thin, angled blades for high-efficiency axial flow in low-shear applications.

  • Anchor & Helical:Designed for high-viscosity materials and heat-sensitive wall-scraping duties.

  • High-Shear (Rotor-Stator):Intense shear for dispersing solids and creating fine emulsions.

3. Flow Pattern Characteristics

  • Axial Flow:Top-to-bottom circulation ideal for blending and solid suspension.

  • Radial Flow:Perpendicular flow creating high turbulence for gas-liquid mixing.

  • Tangential Flow:Circular motion along the tank circumference, suitable for vortex mixing.

  • Mixed Flow:A versatile combination of axial and radial patterns for multi-purpose mixing.

4. Engineering Selection Factors

  • Fluid Viscosity:Matching propeller types to low-viscosity or helical ribbons to high-viscosity fluids.

  • Shear Sensitivity:Selecting hydrofoils for delicate materials vs. rotor-stators for high-shear needs.

  • Tank Geometry:Optimizing blade selection based on tank height, width, and baffle arrangement.

  • Power Input:Aligning impeller torque requirements with available motor capacity to prevent energy waste.

5. Metallurgy & Surface Durability

  • Premium Stainless Steel:Standard SS316 and SS304 for pharmaceutical and food-grade hygiene.

  • Exotic Alloys:Hastelloy, Titanium, and Monel for aggressive chemical environments.

  • Advanced Coatings:Ceramic or polymer coatings for extreme heat or metal-free requirements.

  • Surface Processing:Options for high-mirror polishing, pickling, and passivation for corrosion resistance.

Technical Matrix

Standard MaterialStainless Steel 316 / 316L
Alternative MOCHastelloy, Titanium, Carbon Steel
Flow TypesAxial, Radial, Tangential, Mixed
Viscosity Range1 cP to 1,000,000+ cP
Surface FinishPolished, Coated, or Pickled
Design OptionsPropeller, Turbine, Anchor, Hydrofoil

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