Good superhard material mixer with its excellent mixing shear, mixing function to achieve uniform and efficient mixing of superhard industry, but also lead to the emergence of new functional characteristics of materials and superfine manufacturing, for the design of new functional materials to provide a new road.
Superhard materials market space is broad, and widely used, such as high-tech materials, new ceramics, semiconductor materials, electronic appliances, equipment manufacturing, aerospace, national defense workers, medical industry and other high-tech fields are closely related to it, is an important functional material in the development of new materials. The performance of superhard materials is mainly high hardness, mainly metal and alloy materials, high hardness materials, composite materials, soft and tough materials and difficult to process materials.
Advanced mixer is the corresponding industry powder mixing for countless mixing experiments and continuous improvement and upgrading of equipment. The new dual-power mixer is the existing trough mixer, V-type mixer, non-gravity mixer, three-dimensional mixer in the industry under the research, and suitable for more material mixing mixer.
Dual power series superhard material mixer through kinematic analysis of powder mixing performance, fully study the powder under the action of multiple mixing pressure structure, property changes, not only can reveal the response behavior of the material under the action of external force, but also according to this design with a new force response functional characteristics of materials, is an important way to explore new functional materials.
The new dual-power mixer has great influence on the superhard material industry and has unique advantages in its application. Strong mixing manufacturing capacity and advanced mixing concept and mixing process greatly shorten the mixing process, and do not need to carry out tedious pre-mixing, one time mixing completion, has a huge impact on the quality of the enterprise's superhard materials.