Agitators & Mixers

Agitators & Mixers

At SRP Engineering and Tech, we specialize in the design, manufacturing, and supply of high-quality Agitators & Mixers for a wide range of industries, including Chemical, Pharma, API, Biotech, Paint, and Food & Beverage.

We have expertise in precise designing & Manufacturing of Agitator for various flow patterns like Axial, Radial, Tangential, and combined flow patterns.

Our agitators and mixers are designed to meet the specific requirements of each industry, ensuring that your processes run smoothly and efficiently. Whether you're looking to mix, blend, or agitate different materials, we offer tailored solutions that guarantee optimal performance.

With years of experience and expertise, we provide reliable, cost-effective, and efficient solutions for all your mixing and agitation needs.

At SRP Engineering and Tech, we provide complete and fully satisfactory solutions for a wide range of industrial applications, offering top-of-the-line Top Entry, Side Entry, Bottom Entry, and Multi-Axial Agitators & Mixers. Our engineered solutions are designed to optimize mass transfer and heat transfer while ensuring efficient and effective mixing across various operating processes.

  • Material of Construction (MOC): SS304L, SS316L, SS310, Duplex/Super Duplex Stainless Steel, Hastelloy C22 & C276, Mild Steel, Rubber Lined, PTFE Lined, etc.
  • RPM Range: 20 to 2800
  • Power Range: 0.5 HP to 100 HP
  • Capacity: 20 Liters to 150 KL
  • Pressure Range: F.V. to 100 Kg/Cm2
  • Temperature Range: -20 to 350 ˚C
  • Surface Finish: ≤ 0.4 μm (Mirror & Matt)
  • Mfg. Standard: ASME Sec.VIII Div.1, ASME BPE Standards & GMP
  • cGMP Agitators & Mixers
  • Non-GMP Agitators & Mixers
  • Multi-Axial Agitators & Mixers
  • High-Pressure Reactor Agitators
  • Static Mixers
  • Pharmaceuticals: API & Intermediate Agitation & Mixing
  • Fine Chemicals & Intermediate Processing
  • Paints, Dyes & Pigments
  • High Viscous Adhesives, Sealants, Chemicals, and Coatings
  • Fermentation, Distillery & Starch
  • Dairy & Food Products
  • Water Treatment & Dosing Systems
  • RPM Range: 20 to 2800
  • Power Range: 0.5 HP to 100 HP
  • Capacity: 20 Liters to 150 KL
  • Pressure Range: F.V. to 100 Kg/Cm2
  • Temperature Range: -20 to 350 ˚C
  • Surface Finish: ≤ 0.4 μm (Mirror & Matt)
  • Mfg. Standard: ASME Sec.VIII Div.1, ASME BPE Standards & GMP
Pitched Blade Turbine

Pitched Blade Turbine (PBT)

The Pitched Blade Turbine (PBT) is a highly versatile and efficient impeller widely used for mixing and agitation. Designed with flat, rectangular blades that are angled or vertically flat, the PBT optimizes fluid flow and enhances mixing efficiency within mixing vessels. The blade angles promote fluid movement, ensuring effective blending and circulation.

  • Applications: Blending, solid suspension, heat transfer, gas dispersion.
  • Viscosity: Handles both low and moderate viscosity fluids, making it ideal for various industries.
  • Advantages: Efficient fluid movement, enhanced circulation, and versatility across different applications.
  • Flow Pattern: Axial & Radial Flow
Pitched Blade Turbine

Hydrofoil Impeller

The Hydrofoil Impeller is known for its excellent pumping ability and strong axial flow, making it ideal for low shear applications. It excels in thinning fluids that are prone to settling and offers the highest pumping capacity per unit of torque.

  • Applications: Suitable for a wide range of mixing tasks, including applications where low shear is crucial.
  • Viscosity: Best for thin fluids.
  • Advantages: Provides approximately 200% more pumping capacity than conventional pitch blade turbines.
  • Flow Pattern: Strong Axial Flow
Pitched Blade Turbine

Wide Hydrofoil Impeller

The Wide Hydrofoil Impeller is specifically designed for high viscosity blending applications. With wider blades and a higher solidity ratio, it efficiently handles thick materials while promoting effective mixing and blending within high viscosity media.

  • Applications: Ideal for high viscosity fluid blending and fermentation processes with small volumes of gas liquid mixing.
  • Viscosity: Designed for transitional fluid regimes and high viscosity applications.
  • Advantages: Enhanced fluid movement, shear mixing, and effective pumping in thick mediums.
  • Flow Pattern: Axial & Radial Flow
Pitched Blade Turbine

Propeller Impeller

The Propeller Impeller, inspired by marine propulsion technology, is the most effective axial pumping impeller at higher mixing speeds. It operates efficiently in direct drive mixers, typically running at speeds between 900–1800 RPM.

  • Applications: Used for rapid and efficient mixing at higher speeds.
  • Viscosity: Suitable for low to moderate viscosity fluids.
  • Advantages: Highly effective in axial pumping, ensuring uniform fluid movement.
  • Flow Pattern: Strong Axial Flow
Pitched Blade Turbine

Anchor Impeller

The Anchor Impeller is ideal for blending and heat transfer applications with high viscosity fluids at low RPMs (up to 60). Its unique shape, resembling the contour of a tank or reactor, promotes laminar, low shear flow, making it perfect for shear-sensitive materials.

  • Applications: Blending and heat transfer for high viscosity, shear-sensitive media.
  • Viscosity: Best for high viscosity fluids.
  • Advantages: Economical solution for low shear applications with minimal clearance between the anchor blade and vessel wall.
  • Flow Pattern: Predominantly Tangential, with Option for Axial Flow
Pitched Blade Turbine

Curved Blade Turbine

The Curved Blade Turbine impeller excels at gas dispersion and mass transfer while ensuring effective liquid mixing. Its design allows for efficient gas-liquid contact, enhancing mass transfer and improving the dissolution of gases into liquids.

  • Applications: Gas dispersion, mass transfer, and liquid mixing in processes requiring vigorous agitation.
  • Viscosity: Effective for both low and moderate viscosity fluids.
  • Advantages: Promotes effective gas absorption and dissolution with improved mass transfer efficiency.
  • Flow Pattern: Axial & Radial Flow
Pitched Blade Turbine

Cowl Disc / Saw Tooth Impeller

The Cowl Disc Impeller is engineered to achieve efficient dispersion and homogenization of various materials. Its unique design ensures swift and effective mixing, making it ideal for industrial processes that require rapid dispersion and uniform blending.

  • Applications: Dispersion of materials in paints, adhesives, chemicals, and other industrial processes.
  • Viscosity: Suitable for a wide range of viscosities.
  • Advantages: High-speed agitation for rapid and uniform dispersion.
  • Flow Pattern: High Speed Agitation
Pitched Blade Turbine

Helical Ribbon Impeller

The Helical Ribbon Impeller is a popular choice for low shear, high viscosity blending. Its band-shaped helix moves fluids gently but effectively, providing exceptional blending of thick, viscous materials.

  • Applications: Blending of high viscosity fluids in processes requiring low shear.
  • Viscosity: Best suited for highly viscous fluids.
  • Advantages: Customizable design options, including RH Ribbon, LH Ribbon, and specialized shapes tailored to specific process requirements.
  • Flow Pattern: Axial & Some Tangential Flow