Science and technology are the primary productive forces, and the development of science and technology is the eternal driving force to promote the industry's progress. In order to catch up with foreign countries, vacuum drying equipment in China must make full use of scientific and technological resources in the vacuum drying industry, promote the transformation of technological achievements and the exchange of scientific and technological talents, and realize the innovative development and transformation and upgrading of the vacuum drying industry.
Drying equipment is widely used in food, pharmaceutical, chemical and other industries. At the same time, with the continuous improvement of industrial production technology and consumer requirements, higher technical requirements have been put forward for drying equipment.
In recent years, the technical development of the domestic vacuum dryer industry has always been behind the world level. With the continuous advancement of various technologies and rising investment in R&D and innovation, technological development will undoubtedly require more attention. In China, the core technology field relied heavily on imports, which led to the fact that the vacuum dryer industry always followed other countries and could not achieve it.
Vacuum Dryer is a high-tech product integrating electronics, vacuum science, mechanics, thermodynamics, program control and many other disciplines. It is an analysis of the seven advantages of the material microwave vacuum drying equipment in the drying process. Based on the in-depth study of changes, internal and external heat exchange, and moisture migration under vacuum conditions, a new technology and new process has been developed.
Experts said that in exploring the new development path of drying 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 drying, we must first take the path of resource-saving development, and change the single extensive drying into combination and intelligent drying. It is necessary not only to fundamentally transform the drying process, but also to carry out comprehensive and multi-level energy-saving technological transformations and vigorously develop drying technologies that use renewable energy and industrial waste heat.
At this stage, however, the vacuum dryer revolution in China has not yet been successful. Vacuum drying equipment manufacturers generally have low innovation capabilities. Poor enterprises that can introduce new technologies and new products with independent intellectual property rights have resulted in slow development of drying technologies. Knowledge achievements have not been effectively translated into actual productivity. At present, the R&D and innovation of technologies in the field of drying equipment mainly rely on universities and research institutes. Due to the disconnection of companies, it is difficult to effectively turn knowledge achievements into productivity.
It can thus be seen that relevant companies should carry out comprehensive and multi-level energy-saving technological transformations and vigorously develop drying technologies that apply renewable energy and industrial waste heat. However, domestic companies have accelerated the study of vacuum drying technology and are gradually building up the advantages of domestically produced equipment and have basically achieved dominance in the domestic market. Vacuum drying equipment will become the mainstream of market demand. The domestic industry must significantly improve the technical level, improve the drying efficiency, reduce energy consumption, and contribute its own power to achieve green production.
Xiao Bian believes that although China's vacuum drying equipment and developed countries still have a certain gap, but overall, the prospects for the production of drying equipment companies are still very substantial, but in accordance with the current domestic industry development, the next few years, the domestic vacuum drying The equipment industry will surely catch up.
1.Efficient and energy saving
2.Quiet operation
3.Stable and reliable
4.Coil type. 2 pipes 3 rows/4 pipes 3+1 rows/2 pipes 4 rows
5.External static pressure(concealed type Fan Coil)
Standard pressure 12Pa/Medium static pressure 30Pa/High static pressure 50Pa
Drying equipment is widely used in food, pharmaceutical, chemical and other industries. At the same time, with the continuous improvement of industrial production technology and consumer requirements, higher technical requirements have been put forward for drying equipment.
In recent years, the technical development of the domestic vacuum dryer industry has always been behind the world level. With the continuous advancement of various technologies and rising investment in R&D and innovation, technological development will undoubtedly require more attention. In China, the core technology field relied heavily on imports, which led to the fact that the vacuum dryer industry always followed other countries and could not achieve it.
Vacuum Dryer is a high-tech product integrating electronics, vacuum science, mechanics, thermodynamics, program control and many other disciplines. It is an analysis of the seven advantages of the material microwave vacuum drying equipment in the drying process. Based on the in-depth study of changes, internal and external heat exchange, and moisture migration under vacuum conditions, a new technology and new process has been developed.
Experts said that in exploring the new development path of drying 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 drying, we must first take the path of resource-saving development, and change the single extensive drying into combination and intelligent drying. It is necessary not only to fundamentally transform the drying process, but also to carry out comprehensive and multi-level energy-saving technological transformations and vigorously develop drying technologies that use renewable energy and industrial waste heat.
At this stage, however, the vacuum dryer revolution in China has not yet been successful. Vacuum drying equipment manufacturers generally have low innovation capabilities. Poor enterprises that can introduce new technologies and new products with independent intellectual property rights have resulted in slow development of drying technologies. Knowledge achievements have not been effectively translated into actual productivity. At present, the R&D and innovation of technologies in the field of drying equipment mainly rely on universities and research institutes. Due to the disconnection of companies, it is difficult to effectively turn knowledge achievements into productivity.
It can thus be seen that relevant companies should carry out comprehensive and multi-level energy-saving technological transformations and vigorously develop drying technologies that apply renewable energy and industrial waste heat. However, domestic companies have accelerated the study of vacuum drying technology and are gradually building up the advantages of domestically produced equipment and have basically achieved dominance in the domestic market. Vacuum drying equipment will become the mainstream of market demand. The domestic industry must significantly improve the technical level, improve the drying efficiency, reduce energy consumption, and contribute its own power to achieve green production.
Xiao Bian believes that although China's vacuum drying equipment and developed countries still have a certain gap, but overall, the prospects for the production of drying equipment companies are still very substantial, but in accordance with the current domestic industry development, the next few years, the domestic vacuum drying The equipment industry will surely catch up.
Air flow: 340m3/h-2380m3/h, Cooling capacity: 1800W-12600W
1.Efficient and energy saving
2.Quiet operation
3.Stable and reliable
4.Coil type. 2 pipes 3 rows/4 pipes 3+1 rows/2 pipes 4 rows
5.External static pressure(concealed type Fan Coil)
Standard pressure 12Pa/Medium static pressure 30Pa/High static pressure 50Pa
6.Installation. Concealed in the suspending ceiling/mounted on the wall/on the floor
Ducted Fan Coil
Ducted Fan Coil,Ducted Fan Coil Unit,Water Ducted Fan Coil,Ducted Type Fan Coils
Jinan Amrta Air Conditioning Co.,Ltd , http://www.waterchiller.pl