Chemical mixing equipment mostly uses trough mixers and double cone mixers. These two devices are two principles of equipment. The trough mixer is a forced mixing mixer and the double cone mixer is a gravity diffusion mixer.
These two types of mixing equipment have their own advantages and disadvantages. The trough mixer can continuously feed and is easy to clean. The disadvantage is that the efficiency is low, and there is a residue at the bottom and both ends.
The double cone mixer can be large-sized, suitable for batch production, and can meet certain mixing requirements. The disadvantages are low mixing accuracy, large energy consumption, and inconvenient equipment movement.
Nowadays, the chemical industry's requirements for chemical mixers are getting higher and higher, mainly due to the strong pursuit of high quality products. Only advanced and applicable is the dual-motion chemical mixer with its advanced mixing process performance being used by more and more chemical industries, replacing the earlier inefficient double-cone mixer or trough mixer with material residue. This mixing equipment has one motor, two sets of motion devices, and the barrel blades rotate and stir at the same time, achieving a good combination of gravity diffusion and forced stirring, achieving efficient and uniform mixing of the product, and meeting the fine mixing requirements of various powders.
The dual-motion mixing equipment not only has obvious advantages in fine chemical mixing, but also can be applied to the mixing of powdery and granular materials in medicine, high-tech materials, powder metallurgy, superhard materials, ceramic materials, food, building materials and other industries. At the same time, the fully automatic mixing system can be improved, that is, the supporting system is complete. The powder or granular materials are conveyed to the bucket of the mixing equipment by vacuum. To a variety of movements to achieve the purpose of uniform mixing.
The unique advantage of dual motion mixing equipment
is that it can achieve the ideal mixing uniformity regardless of the small equipment or large equipment. In particular, at the same time of large scale, the materials can be finely mixed, so that the products produced are mixed uniformly in large places and the details are fully mixed. The large open-end structure at the end is more conducive to cleaning and well realizes various requirements of the chemical industry.