A laboratory shearing emulsifier is a device used in laboratory research and production, mainly for the process of mixing and emulsifying liquids, solids or liquids with solids. This device disperses, emulsifies, and uniformly mixes substances through a high-speed rotating shearing blade or rotor to obtain the desired mixture.
A laboratory shear emulsifier usually consists of a container (cup, groove, etc.) and a mechanical part equipped with a shear blade or rotor. During operation, the material to be processed is placed into the container to start the mechanical part. The high-speed rotation of the blade or rotor will generate shear force and turbulence, which will quickly disperse and emulsify the material to achieve uniform mixing of the material.
The AE10 dispersion homogenizer is driven by a high-speed motor and is suitable for crushing and shearing emulsification of particulate materials in low to medium and high viscosity liquids or liquid media. It is especially designed for experiments in small capacity and pasty media.
The working head adopts high-quality stainless steel SS316, which has a wide range of experimental applications;
The running speed is controlled by a microprocessor, with instant compensation for the speed change caused by load changes and power supply fluctuations, and the constant speed is reliable;
Built-in soft start and automatic overload protection ensure full load operation of the experiment;
The speed is stepless adjustment, which can meet the experimental correction of the running speed at any time. The digital display speed is intuitive, and the experimental data collection is convenient;
Run Timer Control to ensure that the experimental time is effectively controllable.
It is widely used in the laboratory in the fields of pharmaceuticals, food, cosmetics, chemicals, etc., for developing new products, researching formulations, evaluating the performance of mixtures, etc. The laboratory shear emulsifier can simulate the mixing and emulsification process in production, obtain key data from small-scale experiments, optimize the process flow, and ensure product consistency and quality.