High-Flow Low-Viscosity Grinding with Turbine-Type Sand Mill

In niche applications such as low-viscosity materials, electronic slurries, and high-flow continuous production, achieving efficient material transport and adequate energy transfer has always been a key challenge for process engineers. Addressing this industry need, the turbine-type sand mill—a high-flow, high-pumping-capacity equipment for low-viscosity materials—has gained broad market recognition due to its unique structural design.

From structure and core advantages, the turbine-type sand mill’s standout feature is its powerful axial pumping capability. Through a specially designed turbine rotor structure, the equipment achieves extremely high material conveying efficiency and single-pass rate, making it ideal for continuous high-flow industrial production. During operation, it ensures uniform distribution of grinding media and generates multiple ionic streams, guaranteeing sufficient energy transfer and lower discharge temperatures—particularly suitable for heat-sensitive materials.

In typical applications, the turbine-type sand mill is widely used for various aqueous systems, solvent-based low-viscosity materials, conductive pastes, electrode slurries, some low-viscosity suspensions, and small-batch nano-material preparation for R&D. To eliminate contamination, wetted parts can be optionally made of zirconia ceramic, achieving truly contamination-free grinding.

Technically, the turbine-type sand mill is equipped with a large-flow-area separation system that effectively prevents media clogging and ensures smooth discharge. Combined with intelligent control systems and comprehensive cooling devices, the turbine-type sand mill performs excellently not only in industrial production but also supports smooth scale-up from laboratory models to industrial production.