The progress of the times has promoted the production of quartz sand color sorter

China is an important raw material production place for quartz sand. In recent years, the global demand for industrial quartz sand will increase every year, and this trend will not change in the short term. By 2018, China is expected to remain the leading consumer of industrial quartz sand, accounting for one third of the global total demand. Therefore, most domestic quartz sand manufacturers are now looking for solutions to improve the sales of quartz sand. There is no doubt that only by improving product quality, improving production efficiency and reducing costs can we expand market share, go out of China and go global. Then, the use of ore color sorter is very important. Research has proved that the use of large mining equipment is an indispensable hard condition for the development of mining industry. It is also the progress of the times and the progress of enterprises to abandon the original working state and automate production. Dalian quartz sand color sorter mainly uses photoelectric principle to separate ores according to their colors. The application of the ore color sorter improves the quality of products, improves the production efficiency and maximizes the value of raw materials. For example, the application of ore color separator to quartz sand has a profound impact.

The main components of the ore color sorter are imported components, which can meet the requirements of harsh environments such as high dust, high pollution and high corrosion in industry and mining. The application scope is wider and the service life is longer. 32 bit true color image processing method is adopted, and mathematical morphology is applied based on HSI color space, so as to achieve better sorting effect and improve the flexibility of color sorter operation and sorting ability. High precision full color array CCD sensor technology can detect fine color difference of about 0.02mm2; According to the different characteristics of ore, a unique image processing method is used to ensure the accurate identification of ore and other selected materials. The unit has high output and high precision. The output of some models has exceeded 40 tons/hour, 4-5 times that of similar domestic manufacturers. It is suitable for large and medium-sized mining enterprises to meet the requirements for high output and high precision of mineral processing.