In the chemical pesticide additive industry, production efficiency and product quality are directly related to an enterprise's market competitiveness and sustainable development capacity. With the increasingly strict global environmental protection regulations and the growing market demand for high-performance pesticides, the shortcomings of traditional mixing equipment in terms of uniformity, energy consumption and safety have gradually become prominent.

A certain company in the UK approached us. Currently, they have encountered a mixing problem in their production process, which has caused them great headaches and they have been looking for a solution. After communication, it was learned that traditional mixing equipment is prone to stratification or agglomeration of trace additives (such as enhancers and stabilizers). In response to the high activity and diverse varieties of pesticide additives, the equipment adopts a special inner wall polishing process and a detachable stirring structure, with a residue rate of less than 0.1%, avoiding cross-contamination. However, the cleaning problem of traditional equipment also fails to meet the demand.

The appropriate mixing process was recommended to the customer based on the customer's description. When the material barrel of the JHY dual-motion mixer rotates, it conducts gravity convection and diffusion mixing on the materials while allowing the built-in full-size helical ribbon blade group to rotate independently. At the same direction but different speeds, it forcibly shears and mixes the materials. This significantly enhances the uniformity of mixing and the efficiency of mixing. Adopting an original and novel barrel structure, the barrel can be freely opened and closed. This new type of barrel can be directly rinsed with water, achieving thorough cleaning without any dead corners. This ensures that the interior of the barrel is extremely clean when each batch of materials is mixed, eliminating cross-contamination between different batches of materials. It has solved the problems of uneven mixing, dead corners and difficult cleaning in traditional single-motion mixers (such as V-type mixers and helical ribbon mixers).

The customer highly recognized the dual-motion mixing process and sent materials for the verification of the mixing experiment. Moreover, the mixing time was also shortened by at least half compared with the traditional mixing time. I believe that in the transformation process of the chemical pesticide additive industry from "quantity" to "quality", the dual-motion mixer is not only a revolution in production tools, but also a strategic choice for enterprises to build core competitiveness. Through continuous technological innovation and scenario-based application, this equipment will accelerate the upgrade of pesticide formulations to a new generation of products that are efficient, safe and environmentally friendly.