dry magnetic separator

The reason why quartz sand has become one of the key raw materials for photovoltaic glass production is rooted in both historical context and scientific evidence. In fact, the glass manufacturing industry had already been extensively using quartz sand long before the photovoltaic industry took off. As photovoltaic technology advanced, researchers gradually discovered that the properties of quartz sand after iron removal through PTMS magnetic separation processing could perfectly meet the requirements of photovoltaic glass production.

PTMS magnetic separation

PTMS magnetic separation produces high-quality quartz sand with excellent chemical stability and physical properties, ensuring optimal light transmission and durability for photovoltaic glass. Light transmittance is critical for solar panels as they must efficiently absorb maximum solar energy to generate electricity. Insufficient light transmittance causes excessive sunlight reflection or absorption, thereby reducing the power generation efficiency of solar panels.

how to separate two magnets？

If the quartz sand contains iron and other impurities, it will absorb part of the sunlight, resulting in a decrease in light transmittance. PTMS magnetic separation after iron removal of quartz sand can greatly reduce this absorption phenomenon, so that the light transmittance of photovoltaic glass is significantly improved. Durability is also an important indicator of photovoltaic glass.
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