magnetic drum separator

Under the combined action of high temperatures and reducing gases, refractory metals like chromium undergo chemical reactions with these gases to form volatile compounds. These volatile compounds continuously flow out of the quartz sand, achieving the purpose of impurity removal through PTMS MAGNETIC SEPARATOR. The high-temperature gasification process can purify quartz sand to a purity level of 5N, which is a critical step in the optical fiber manufacturing industry.

PTMS MAGNETIC SEPARATOR

In the optical fiber industry, quartz sand must meet exceptionally high purity standards, which can only be achieved through the high-temperature vaporization PTMS MAGNETIC SEPARATOR method. As the primary raw material in fiber manufacturing, the purity of quartz sand directly determines both transmission performance and product quality. When quartz sand contains excessive refractory metal impurities, it significantly increases signal attenuation, ultimately compromising the fiber's ability to transmit information effectively.

what is magnetic separation in quartz sand ？

The high-temperature gasification process of PTMS MAGNETIC SEPARATOR requires operation in a high-temperature furnace, where parameters such as temperature control, gas flow rate, and reaction duration must be precisely regulated. To optimize the gasification efficiency, selecting appropriate reducing gases and catalysts is essential. Additionally, the generation of exhaust gases during this process necessitates proper treatment to minimize environmental pollution.

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