How Will the Current Manufacturing of Grinding Machines Development

Since the mid of 1980s, we introduced and absorbed the technology of ultrafine powder processing from overseas. In recent 20-30 years, we have been able to manufacture all kinds of grinding machines.

 

Besides, good development will be made for domestic grinding machine and technology. This conclusion can be got from the machines in newly built ultrafine powder processing factories or sino-foreign joint ventures in five years.

 

The good trend is particularly indicated in three aspects. First, nowadays, we can produce ultrafine powders whose average diameter is 1μm in batch number; second, machine wear can be greatly reduced with new material and technology; third, some of our ultrafine powder grinding machine and technology has been exported to some developing countries, including countries in Southeast Asia, Middle East and Africa.

 

Ultrafine powder grinding machine and technology develops in accordance with requirements on contemporary technologies, which can grind raw material to micron or nanoscale powders.

 

Material will get more performance as it become finer and finer. Therefore, the machine and technology can be widely applied in fields of medicine, pigment, fine ceramics, catalyst, abrasive, solid lubricant, metal powders and magnetic material.

 

However, ultrafine powder grinding machine and technology is challenged in machine performance, product quality, service life and environment protection since demand on medical market is increased and pharmaceutical machine and technology develops.

 

“Currently, many factories produce ultrafine powders mainly through mechanical grinding,” said by experts. The ultrafine powder grinding technology is a combination of many other technologies. Therefore, development of this technology also depends on the development of other technologies.

 

As a result, it should be known by relevant enterprises that, in the future, the development of ultrafine powder grinding machine and technology will focus on the following three aspects. Their research and development can also go on based on these three points.

 

Firstly, develop fineness grading equipment matching ultrafine powder grinding machine; secondly, innovate the machine to that of low energy consumption, small space occupation and strong processing ability; lastly, synchronously develop both machine and technique research. The ultrafine powder grinding machine and its matching machines should adapt to the nature and production target of particular material; the model application scope should also be extended.

 

In addition, some experts also indicate: pretty big gap still exists between domestic and foreign ultrafine powder grinding machines. For example, we have less smaller equipment, relatively lugging automation, lower technology integration, lower equipment matching performance and higher energy consumption and abrasion for unit product.

 

Therefore, more and more ultrafine powder grinding machine manufacturers start their innovation and research for better powder production and to bridge the gap between domestic and foreign factories.

 

We also learn that some improvement has been made, targeted on environment protection, energy consumption and performance of ultrafine powder producing and processing machines. Consequently, some equipments of special performance advantages, including low energy consumption, high yield, no pollution, good granularity and dispersion, are manufactured, which occupies large market share.

 

Also, some enterprises face the challenges, improve product fineness, expand equipment grinding limitation, improve unit yield, reduce energy consumption, better online control to fineness and granularity and after all, improve production efficiency.

 

Although our ultrafine powder grinding machine manufacturers are still face with great challenges, prominent progress has been made. The next step is to take proactive measures to promote development of pharmaceutical industry in ultrafine powder grinding equipment and technology.