Impeller Manufacturer in India

ARVINDA INDUSTRIES is also pioneer in manufacturing customized type of Industrial Agitators & Impellers.

An Industrial Agitator is a mechanical device used to mix, blend, and agitate various substances in industrial processes. It is commonly employed in industries such as chemicals, pharmaceuticals, food and beverage, water treatment, and more. Agitators come in different forms, sizes, and configurations to suit different mixing requirements and the properties of the materials being processed.

• Mixing: Agitators are designed to mix components thoroughly, ensuring homogenous distribution of particles, chemicals, or liquids.


• : Agitators help blend multiple components to create a uniform mixture with consistent properties.


• Suspension: Agitators can suspend solid particles or other materials in a liquid, preventing them from settling at the bottom.


• Heat Transfer: In some applications, agitators facilitate heat transfer by ensuring even distribution of temperature within the mixture.


• Chemical Reactions: Agitation can enhance chemical reactions by increasing contact between reactants and improving reaction kinetics.


• Maintaining Consistency: Agitators can prevent separation or settling of components in mixtures that would otherwise occur due to gravity or differences in material properties.


• Preventing Sedimentation: Agitators can prevent sedimentation in tanks and vessels, helping to maintain a consistent product quality.

Impellers are the components of agitators responsible for generating fluid motion and inducing mixing within a container. Impellers are designed in various shapes and configurations to achieve specific mixing objectives. They are attached to the agitator's shaft and rotate within the mixing vessel. Different types of impellers are selected based on factors like viscosity, density, desired flow pattern, and shear sensitivity of the materials being mixed.

• Propeller Impeller: Simple and widely used, it generates radial flow and is effective for low-viscosity fluids.


• Turbine Impeller: Provides higher shear and flow rates, suitable for higher-viscosity fluids and turbulent mixing.


• Paddle Impeller: Generates axial flow, used for low shear applications like blending and suspending solids.


• Anchor Impeller: Designed for heavy-duty mixing and can scrape materials from vessel walls.


• Helical Ribbon Impeller: Creates a combination of radial and axial flow, suitable for blending viscous materials.


• High-Shear Impeller: Used for emulsification, dispersion, and homogenization of immiscible liquids.


• Dissolver Impeller: Designed for dispersing solids in liquids, commonly used in paint and coatings industries.


• Agitators and impellers play a critical role in optimizing industrial processes by ensuring efficient mixing, improving product quality, and enhancing the overall production efficiency. The selection of the right agitator type and impeller design is crucial to achieve the desired mixing outcomes for specific application