Agitators

Description: Paddle agitators consist of blades attached to a central shaft, rotating within a mixing vessel. These blades move the material in radial and circular patterns, promoting mixing and blending.

Applications: Paddle agitators are commonly used in applications where gentle mixing or blending of viscous liquids or solid-liquid mixtures is required, such as in food processing and pharmaceutical industries.

Description: Turbine agitators feature multiple blades arranged in a turbine-like configuration on a central shaft. These blades create high-velocity flow patterns for efficient mixing.

Applications: Turbine agitators are ideal for applications that require aggressive mixing or agitation, such as in chemical processing, wastewater treatment, and industrial mixing processes.

Description: Anchor agitators consist of a single or multiple curved blades that sweep the material along the vessel walls. These agitators provide gentle and thorough mixing.

Applications: Anchor agitators are commonly used in processes where shear-sensitive materials or viscous liquids need to be mixed carefully, such as in the production of creams, ointments, and polymers.

Description: Propeller agitators feature angled blades attached to a central shaft, generating high-speed axial flow to mix liquids in tanks or reactors.

Applications: Propeller agitators are widely used in applications requiring rapid mixing and dispersion of liquids, such as in chemical reactions, water treatment, and paint manufacturing.

Description: High-speed dispersers, also known as high-speed mixers or emulsifiers, utilize a high-speed rotating shaft with a sharp blade or disc to disperse and emulsify materials.

Applications: High-speed dispersers are ideal for applications requiring rapid mixing, particle size reduction, or homogenization, such as in the production of coatings, adhesives, and pigments.

Description: Ribbon agitators feature helical ribbons or spirals attached to a shaft, creating a dual mixing action that moves material both radially and axially.

Applications: Ribbon agitators are effective for mixing powders, granules, and slurries in applications like pharmaceutical blending, fertilizer production, and dry mixing processes.

Description: Jet mixers, also known as jet agitators or eductors, are a type of fluid mixing device that operates based on the principle of fluid entrainment. These devices utilize the energy from a high-velocity fluid jet to create a mixing action in a vessel or tank. Jet mixers are commonly used in industries where efficient mixing, blending, or agitation of liquids or slurries is required. Here is a detailed explanation of how jet mixers work and their applications.

Applications: Jet mixers are efficient fluid mixing devices that utilize the momentum of a high-velocity fluid jet to promote mixing and agitation in tanks or vessels. Their energy-efficient operation, versatility, scalability, and low maintenance requirements make them suitable for a wide range of industries and applications. By harnessing the mixing capabilities of jet mixers, businesses can optimize their processes, enhance product quality, and improve overall operational efficiency.

Description: Bottom entry agitators are designed to deliver mixing action from the bottom of a tank or vessel, promoting efficient blending and circulation of materials.

Applications: Bottom entry agitators are commonly used in applications requiring continuous mixing, such as in wastewater treatment, chemical reactions, and storage tank mixing

Description: Static mixers are stationary devices with internal components that create turbulent flow and mixing when fluid passes through them.

Applications: Static mixers are used in a wide range of industries for blending, dispersion, and reaction processes, offering low energy consumption and maintenance-free operation