The feeding system process mainly consists of batching, weighing and mixing procedures. The batching operation is carried out in the batching tank by mixing the raw material components required by the mixing tank and the raw material ratios needed for production. All the raw materials involved in the mixing are respectively loaded into each batching tank in the pre-set quantity. The raw materials in each batching tank are accurately batched in a certain proportion through a quantitative feeding device to complete the mixing of materials in the spatial domain and the resulting mixed materials are conveyed to the mixing field. The stirring and weighing operations are carried out in the mixing field. The mixer continuously feeds and conveys the materials in a certain way. The purpose of this feeding is to stir the materials entering the silo as evenly as possible and complete the mixing of the materials in the time domain.

The weighing mixer weighs materials of a certain formula and tranches them to the next process through a screw. As the materials taken include all kinds of materials, the more materials are piled up and the longer the weighing time is taken simultaneously, the better the uniformity of the mixing will be. The mixing system is widely applicable to on-site color matching of coatings. It not only has an attractive appearance but also features high precision and a low failure rate. As the supporting price of this equipment is only one third of that of similar imported products, it is suitable for the supporting use of a large number of specialty stores opened by architectural coating manufacturers across the country.

The mixing system is a new type of disposable mixing solution. It uses a cylindrical barrel stirring system and a superconducting drive unit to provide strong torque, which can achieve efficient mixing for various solution applications from intermediate products to final products in the biopharmaceutical industry. The cubic design of the bag can be perfectly applied to medium to high-intensity liquid-liquid and solid-liquid mixing. The superconducting drive unit can drive the stirring paddle to suspend, fix its position and rotate. In this way, the stirring process is free of friction and mechanical pressure, which can prevent unnecessary particle shedding and thus avoid affecting the purity of the product.