NTL-Series Jet Ultra-Fine Classifier
Introduction
The NTL-Series Jet Ultra-Fine Classifier is a high-precision powder classification system designed for producing ultra-fine powders in the 325 to 6250 mesh range with narrow particle size distribution. It combines high-speed jet deflection screening and transverse flow screening principles in a unique static impeller-free design, delivering exceptional classification precision without the mechanical complexity of conventional impeller systems.
The NTL-Series is capable of simultaneously producing multiple grades of powder, including coarse, medium, and fine fractions, in a single classification cycle. This makes it particularly efficient for operations requiring multi-grade output from a single production run, reducing processing time and energy consumption.
Application Range
The NTL-Series Jet Ultra-Fine Classifier is suitable for the following materials and industries:
Non-metallic mineral powders including calcite, kaolin, talc, quartzite, and barite. Ceramic powder production requiring precise particle size and shape control. Pharmaceutical and chemical powder classification. Metal powder processing. Pesticide and abrasive material production. Any dry powder application requiring ultra-fine classification in the 325 to 6250 mesh range.
FEATURES & CHARACTERS
1. Designed for ultra-fine powder production in the 325 to 6250 mesh range with consistently narrow particle size distribution.
2. Combines high-speed jet deflection screening and transverse flow screening in a unique static impeller-free structure, eliminating mechanical wear associated with conventional rotating impeller designs.
3. Capable of simultaneously producing three or more grades of powder, coarse, medium, and fine, in a single classification cycle, improving production efficiency and reducing processing steps.
4. Delivers exceptionally narrow particle size distribution in a single pass, ensuring consistent and precise end product quality.
5. Preserves original particle shape during classification with no destructive impact on particle morphology, making it suitable for applications where particle shape integrity is critical.
6. Wide material compatibility including ceramics, medicine, pesticides, metal powders, and non-metallic minerals such as calcite, kaolin, talc, quartzite, and similar dry powder materials
SPECIFICATION DATA
Need an Ultra-Fine Classifier for Your Production Line?
Tell us your material type, required mesh size, and production capacity. Our engineering team will recommend the right NTL-Series configuration for your operation.