Factory_Centrifugal Separator_Catalog

Industrial Sludge Separation for Cleaner Processes.

The Touto Centrifugal Separator catalog presents industrial centrifuges designed to eliminate harsh, dirty, dangerous, and smelly conditions in manufacturing. These systems enhance environmental protection, improve product quality, and reduce operational costs by minimizing cleaning hours and improving worker safety. The centrifuges effectively collect various sludges, including ceramics, glass, synthetic resin paint, silicone, iron, aluminum, titanium, copper, and stainless steel particles, from process liquids such as cutting oil and cooling liquid. The fundamental principle involves passing dirty process fluid through a centrifuge, which applies a powerful centrifugal force (500 to 1,500 times gravity). This force continuously precipitates fine particles, while clean supernatant fluid is extracted. The separated particles are pressed against the rotor's inner wall, dehydrated, deoiled, and removed as solids. Touto offers two primary series: the Automatic Centrifuge CF Series and the Manual Centrifuge TSK Series. The CF Series features automatic sludge scraping, filterless operation, and processed liquid flow rates ranging from 50 to 200 L/min. It supports centralized control of processing fluid and time-setting for sludge scraping, providing a hassle-free solution. The TSK Series requires manual sludge scraping, is designed for space-saving installation, and offers processed liquid flow rates from 20 to 100 L/min. Both series are filterless, ensuring easy maintenance, and rotor capacities vary from 3 to 15 liters across different models. Additionally, Touto promotes a centralized filtration and circulation system where automatic centrifuges serve multiple processing machines. This system reduces the number of installed machines, saves space, decreases cleaning hours, easily accommodates additional machine tools, and ultimately enhances the overall work environment. The company also recommends conducting separation tests to verify accuracy for specific applications, ensuring optimal performance.