At Mineralx Flowtech, our Fine Classification Hydrocyclones are specifically designed for the precise separation of ultra-fine particles in demanding slurry processes. These units play a crucial role in achieving sharp cut-size control and improving downstream efficiency in mineral processing and industrial applications.
Optimized internal geometries ensure high separation sharpness, reduced bypass, and consistent classification even under fluctuating flow and pressure conditions. These hydrocyclones are ideal for use in grinding circuit classification, desliming, and fine particle recovery, where performance consistency and cut-point accuracy are essential.
Each system is available with tailored configurations, including cone angle, vortex finder diameter, material composition, and underflow/overflow outlet sizing—ensuring optimal alignment with process-specific goals and operational efficiency.
Ultra-compact hydrocyclone ideal for lab-scale testing and precision classification in pilot systems handling ultra-fine particles.
➤ Feed: 0.7 – 1.1 m³/h
Compact unit designed for low-capacity circuits requiring sharp cut-point control and fine particle recovery in light-duty mineral processes.
➤ Feed: 1.7 – 5.5 m³/h
Small-scale classifier suitable for fine classification in limited-space applications such as small desliming systems or secondary grinding circuits.
➤ Feed: 3.2 – 12.5 m³/h
Mid-capacity hydrocyclone offering efficient fine particle separation with consistent overflow clarity in compact processing lines.
➤ Feed: 5.4 – 17.3 m³/h
Versatile unit for fine classification in medium-duty applications including grinding circuit overflow control and desliming operations.
➤ Feed: 13 – 33 m³/h
High-efficiency classifier engineered for large-scale mineral plants, offering enhanced fines recovery and reduced bypass under continuous operation.
➤ Feed: 22 – 114 m³/h
Heavy-duty hydrocyclone for high-throughput fine classification, delivering sharp cut-points, stable performance, and reliable operation in intensive slurry systems.
➤ Feed: 114 – 273 m³/h