NTS-Series Turbine Ultra-Fine Classifier
Introduction
The NTS-Series Turbine Ultra-Fine Classifier is a large-scale ultra-fine powder classification system specifically engineered for high-capacity production in the 500 to 2500 mesh range. Using a strong eddy current classification principle with a vertically placed single impeller structure, it delivers precise particle size cutting with high classification efficiency and no coarse particle contamination in the finished product.
The NTS-Series is designed for continuous operation in demanding industrial environments, combining high processing capacity with low energy consumption and competitive equipment cost. Product fineness is adjustable through inverter frequency conversion controlling either the impeller rotation speed or the air valve opening, allowing quick and simple adaptation to different particle size requirements without interrupting production.
Application Range
The NTS-Series Turbine Ultra-Fine Classifier is widely used in the production and processing of various non-metallic mineral powders including talc, calcite, kaolin, limestone, barite, and quartzite. It is also suitable for ceramic powder production, pharmaceutical powder classification, pesticide and abrasive material processing, and general inorganic and organic dry powder applications.
The NTS-Series is particularly effective for large-scale classification in the 500 to 1500 mesh range, making it the preferred choice for high-volume calcium carbonate, kaolin, and talc processing operations requiring consistent output quality and reliable continuous production.
Features and Characteristics
1. Specifically designed for large-scale classification of 500 to 2500 mesh superfine powder, with particularly strong performance in the 500 to 1500 mesh range.
2. Strong eddy current classification principle with vertically placed single impeller structure, delivering stable and precise particle size separation across a wide production range.
3. High processing capacity combined with low energy consumption and high classification efficiency, offering strong cost competitiveness across large-scale production operations.
4. Precise classification cutting point with no coarse particle contamination in the finished product, ensuring consistent output quality across extended production runs.
5. Product fineness is fully adjustable through inverter frequency conversion, controlling either impeller rotation speed or air valve opening, allowing quick adaptation to different particle size requirements without stopping production.
6. Compatible for direct connection with all types of grinding equipment including ball mills, impact mills, vibration mills, and vertical mills, forming a complete continuous ultra-fine production system.
7. Widely used in processing of non-metallic mineral powders including talc, calcite, kaolin, limestone, barite, and quartzite, as well as ceramics, medicine, pesticides, abrasives, and inorganic and organic dry powder applications.
SPECIFICATION DATA
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