SeFluid: Laboratory High Shear Mixer

Laboratory high shear mixer is a kind of equipment for laboratory research and development to emulsify liquid mixtures into stable emulsions.

Introduction of Laboratory High Shear Mixer

The laboratory high shear mixer is a kind of equipment designed for laboratory research and development, aimed at emulsifying liquid mixtures into stable emulsions using high shear forces. It consists of a rotating rotor and a fixed stator, designed with blades on both components that match each other. When the rotor spins at high speed, the intense turbulence and shear forces created between the blades result in strong mechanical action on the liquid mixture, leading to the mixing and emulsification processes. The primary function of the laboratory high shear mixer is to combine and emulsify two or more immiscible liquids to form small and stable emulsions. These liquids can be combinations of oil-water emulsions, liquid-liquid emulsions, or liquid-solid emulsions. By utilizing high-speed rotation and cutting action, the laboratory high shear mixer efficiently disperses and evenly distributes droplets, resulting in uniform emulsions. laboratory high shear mixer | SeFluid

Advantage of laboratory high shear mixer feature | A | SeFluid

laboratory high shear mixer feature | B | SeFluid

Advantage of laboratory high shear mixer feature | C | SeFluid

specification

Power 1.1-4 KW Speed 0-3000 rpm Bead 0.8-2.0 mm Material SS304, SS316

Principle of Laboratory High Shear Mixer

The laboratory high shear mixer combines liquids together by utilizing high-speed rotation and shear forces. Its working principle involves the following key steps:

Rotor and stator configuration

The laboratory high shear mixer typically consists of a rotating rotor and a fixed stator. The rotor is equipped with blades, while corresponding blades are present on the stator.

Shear and turbulence action

When the rotor spins at high speed, it creates intense turbulence and shear forces between the blades. These forces subject the liquid mixture to vigorous mechanical action between the rotor and the stator.

Liquid mixing

The shear and turbulence action results in strong interactions among the components of the liquid mixture. This leads to the dispersion of immiscible liquids and the formation of small liquid droplets. Meanwhile, the soluble components in the liquid also mix more effectively.

Micro-mixing

Under the influence of high shear forces, the liquid droplets continue to be cut and dispersed, ultimately forming uniformly dispersed micro-droplets. This ensures a more even distribution of the mixture's components throughout the system. The working principle of the laboratory high shear mixer relies on the shear forces and turbulence generated by high-speed rotation. These actions allow for effective mixing and dispersion of the liquid mixture, achieving a homogeneous mixing effect.

Features of SeFluid's Laboratory High Shear Mixer Series

Feature of laboratory high shear mixer | A | SeFluid — Power supplement technology to fit different viscosity

Feature of laboratory high shear mixer | B | SeFluid — One-button stepless speed regulation for smooth running

Feature of laboratory high shear mixer | C | SeFluid — LCD digital displayer for more simple and intuitive operation

Feature of laboratory high shear mixer | D | SeFluid — Three work heads for option to suit different liquid media

Applications of Laboratory High Shear Mixer

A laboratory high shear mixer is a versatile piece of equipment used in various industries for mixing, emulsifying, dispersing, and homogenizing processes. It utilizes a high-speed rotor or impeller that generates intense shear forces and turbulence to achieve efficient and uniform mixing. Here are some common applications of laboratory high shear mixers:

Pharmaceuticals

In the pharmaceutical industry, laboratory high shear mixers are used for blending active pharmaceutical ingredients with excipients, dispersing powders into liquids, and emulsifying oil-based or water-based formulations. They are also employed in the preparation of ointments, creams, gels, and other topical formulations.

Cosmetics and Personal Care Products

Laboratory high shear mixers find extensive use in the cosmetics industry for trial manufacturing of creams, lotions, emulsions, and suspensions. They enable efficient dispersion of pigments, incorporation of additives, and production of stable emulsions.

Food and Beverage

Laboratory high shear mixers are employed in the food and beverage industry for a range of applications. They are used to mix ingredients for sauces, dressings, mayonnaise, and other emulsions. They can also be used for dispersing flavors and colors, and producing stable suspensions.

Chemicals and Coatings

Laboratory high shear mixers are utilized in the chemical industry for mixing and dispersing various chemicals, dyes, and pigments. They are also employed in the small batch production of coatings, paints, inks, and adhesives, where they ensure thorough dispersion of solids and uniform distribution of additives.

Research and Development

Laboratory high shear mixers are extensively used in research and development laboratories across different industries. They are employed to test and optimize formulations, study the effects of different mixing parameters, and develop new products and processes.

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