1. High Shear Force
Laboratory double planetary mixer can generate strong shear force, and the materials are subjected to high speed stirring and shearing through fast rotating blades adn agitators, promoting rapid and uniform mixing, dispersion or emulsification of materials. Suitable for processing high viscosity materials, emulsions, suspensions, etc.
2. Strong Applicability
Laboratory double planetary mixer can be used for mixing a variety of materials such as solid-liquid, liquid-liquid, liquid-gas, etc., to meet the experimental needs of different fields. It can handle materials with high viscosity and high solid content, as well as materials with large changes in rheological properties.
3. Small Batch and High Precision
Laboratory double planetary mixer is usually designed for smaller scales, suitable for small-batch trial production and formula optimization, and can provide mixing effects similar to large-scale production. Precisely control the mixing time, speed and temperature to meet different formula requirements.
4. Versatility
In addition to conventional mixing functions, many laboratory double planetary mixers also have additional functions such as dispersion, emulsification, dissolution, degassing, etc., which can meet more complex material processing needs.
5. Easy to Clean and Maintain
Laboratory double planetary mixer is usually designed to be easy to disassemble, clean and maintain, so that different materials can be quickly converted and processed in multiple experiments.
6. Adjustable Operating Parameters
Operating parameters (such as speed, temperature, mixing time, etc.) can be precisely adjusted according to experimental requirements to obtain the best mixing effect.
7. Experimental Data Acquisition
Many laboratory double planetary mixers are equipped with sensors and control systems that can monitor parameters such as temperature, speed, pressure, etc. in real time, and record experimental data for later analysis and optimization.