The existing pulverizer, especially the ultrafine pulverizer, has been greatly improved compared with the previous generation of old products, the production generation of pre-research generation is the current practice of many large enterprises, in the face of the development of the ultrafine pulverizer industry, how to take a step ahead of the development trend is a problem in front of us, Below we will use a more bold way to explore the future development trend of ultrafine shredders - the possibility of nanoscale shredders and the technical difficulties faced.
Under the existing methods, the primary means of obtaining medicinal ultrafine powder is still mechanical crushing, and the difficulty of the ultrafine crushing and grading skills relied on for making ultrafine powder by mechanical methods is increasing, and the depth of its research is endless. Medicinal ultrafine grinding machinery is the induction of many skills, and its development also depends on the advancement of relevant skills, such as the processing of high-hardness, high-toughness and wear-resistant components, high-speed bearings, submicron particle size dispersion measurement. Therefore, the development of ultrafine grinding machinery should be concentrated in the following aspects.
(1) Develop precision grading equipment and other supporting equipment that are compatible with ultrafine grinding equipment. The closed-circuit skills of the ultrafine grinding machinery and grading equipment can improve the production power, reduce the energy consumption, and ensure the qualified commodity particle size. It can be said that large disposal volume and high precision classification equipment are the key to the development of ultrafine crushing skills. It is necessary to study and develop more from the perspective of the entire skill system, and improve, support and perfect grading equipment, commodity transportation equipment and other auxiliary skill equipment on the basis of the existing crushing equipment.
(2) The crusher increases the power, reduces the energy consumption, and constantly advances and improves the ultrafine grinding equipment. The key of ultrafine grinding machinery is equipment, therefore, we must first develop new ultrafine grinding equipment and its corresponding classification equipment, the latter seems to be more urgent. Grinding AIDS and surfactants will be used in the ultrafine grinding technique.
(3) Integration of equipment and skills research and development. Ultrafine crushing and grading equipment is necessary to get used to detailed material characteristics and commodity objectives, diversified specifications and models, and there is no ultrafine crushing and grading equipment for any material.
(4) Development of multi-functional ultrafine grinding and surface modification equipment. Such as ultrafine grinding and boring processes, ultrafine grinding and surface modification phase, mechanochemical principle and ultrafine grinding technology phase, can expand the scale of use of ultrafine grinding skills. Some new materials with common functions can be prepared by means of exterior coating and solid miscible representation.
(5) Develop and study particle size detection and control skills related to ultrafine crushing skills. The particle size detection and control skills of ultrafine grinding are one of the important conditions for the continuous industrial production of ultrafine powder. The control skills of particle size testing instruments and measurements are closely related to ultrafine breaking skills, and it is necessary to jointly research with professors in these fields.
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