Semicorex quartz glass cleaning tanks are quartz containers specially designed for the precision cleaning processes. With their excellent performance, Semicorex quartz glass cleaning tanks are widely applied in the fields with strict cleanliness requirements such as semiconductors, optics, microelectronics manufacturing and laboratory research.
Quartz glass cleaning tanks are commonly placed at the core of wet cleaning equipment, and are used to hold the chemical cleaning solutions and the workpieces to be cleaned like semiconductor wafers, optical components and laboratory wares. During the cleaning operation, the workpieces are commonly placed inside quartz glass cleaning tanks filled with chemical cleaning solutions. Through the chemical reaction with the cleaning solutions, the surface contaminants (such as particles, metal ions, organic matter, etc.) are successfully removed.
The advantages of Semicorex quartz glass cleaning tanks
1.High purity and less impurities content
Semicorex used semiconductor-grade quartz material to make our quartz glass cleaning tanks. This wise material selection can effectively prevent metal contamination such as Na, K, Fe and Cu introduced by the containers themselves during the cleaning process.
2.Strength chemical resistance
Since quartz is non-reactive to the most acidic substances (except hydrofluoric acid and hot phosphoric acid), Semicorex quartz glass cleaning tanks can withstand the erosion of sulfuric acid (H2SO4), hydrogen peroxide (H2O2), and standard cleaning solutions (SC1) for a long time. It greatly reduces the risk of damage of cleaning tanks and maintains their structural integrity.
3.Exceptional light transmittance
Semicorex quartz glass cleaning tanks offer exceptional light transmittance, which allows operators to observe the cleaning status of workpieces and enables precise control of the cleaning process.
The applications of Semicorex quartz glass cleaning tanks
1.The semiconductor wafer cleaning of the semiconductor industry
2.The cleaning of solar silicon wafers in the photovoltaic industry
3.The cleaning in the fields of microelectronics and optoelectronics
4.The cleaning of laboratory wares and optical components in the laboratory research field