The domestic level of precision filters for compressed air technology is low, and the filter quality of precision filters is poor. The manufacture of high-efficiency air filters is still difficult, and core technologies and key products still rely on imports. Large processing allowances, serious consumption of raw materials for filter compressors , long processing cycles, and low production efficiency have become bottlenecks in the development of the industry.
On the other hand, there are fewer companies with R&D capabilities in the entire industry chain, and their willingness to research and development is not sufficient.
The compressed air precision filter is a product of a large number of production technologies and production processes. If there is no definite R&D investment, the product will remain at a relatively low level and will be phased out by the tide of the times. Technological innovation is the key to the maturation of the industry. .
The filter industry has increased its corporate innovation efforts.
1 Enterprises should vigorously promote the original innovation, integrated innovation and introduction, digestion, absorption and re-innovation capabilities of filtration equipment, and promote the development of products with independent intellectual property rights; learn advanced foreign technologies and allow companies to directly associate with these universities and research institutes in various forms. Let the company become the main body of technological innovation, make China's compressed air precision filter industry bigger and stronger, and strive to occupy an important position in the international arena;
2 Increase the investment in independent innovation, focus on breakthroughs in common key technologies, regard strengthening the capacity for independent innovation as the strategic basis for the development of science and technology, and use it as a central link in adjusting the industrial structure and transforming the growth mode;
3 Establish bases for dry basic research in universities and scientific research institutes, in-depth study of raw materials for filter elements , and lay a theoretical foundation for technological development. This will enable China's compressed air precision filters to gradually embark on the road of independent innovation.
Comprehensive, coordinated and sustainable development. When exploring the new development path of compressed air precision filter technology, comprehensive consideration must be given to energy efficiency, environmental protection, and product quality in order to achieve comprehensive, coordinated, and sustainable development. To implement the development strategy of high efficiency and green filtration, we must first take the path of resource-saving development, and change the single extensive filtering into a combination and intelligent filtering. It is necessary not only to fundamentally transform the compressed air precision filter technology, but also to carry out comprehensive and multi-level energy-saving technological transformation and vigorously develop compressed air filter technology that applies renewable energy and industrial waste heat.
Although there is still a certain gap between the current domestic production of filtration equipment and the development, the advantages of domestically produced equipment are being gradually established, and the domestic market has basically been dominated. With the efforts of domestic industry enterprises, a large number of high-tech companies are gradually emerging, filter equipment efficiency, product technology level gradually increased, and increasingly green.
Stainless Steel Precision Machining
Stainless steel materials have certain strength, corrosion resistance and toughness, so stainless steel parts are very suitable for many industrial occasions. Precision stainless steel machining parts occupy a large proportion in the stainless steel parts and CNC machining industries, and are used in almost all industries such as machinery, aerospace, equipment, construction, daily necessities, and automobiles. At present, in Precision Machining Parts, the most used stainless steels are 316, 304 and 303 and so on. Stainless steel 316 has the best corrosion resistance and the highest material and processing cost. Stainless steel 304 has moderate corrosion resistance and material and processing costs. Stainless steel 303 has lower corrosion resistance than 316 and 304, but the material and processing costs are also the lowest. . Of course, there are many other stainless steel materials, such as 201, 202, 302 and so on.
SCZY has more than 10 years experience in precision CNC machining. Especially in the processing of stainless steel 316, 304 and 303, we have very rich experience. Whether it is milling, turning or composite turning, our normal machining accuracy can reach ±0.01mm. If higher precision is required, we can cooperate with grinding Processing, up to ±0.002mm.
Stainless Steel Machining, CNC Stainless Steel, Stainless Steel Milling, Stainless Steel Turning, Metal Machining, CNC Metal, Metal CNC
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