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This is a continuous ultra-fine grinding equipment. Driven by high-speed disc sets, the medium generates intense shearing force, quickly grinding materials to micron or nano scale, and achieving efficient and precise grinding of products.
This equipment is specially designed for industrial mass production. Adopting centrifugal sieve discharge and an optimized disc structure, it achieves large flow rate and high output.
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This equipment is widely used for micron to nano-scale grinding. Adopting dynamic/static gap discharge, it can handle medium to high viscosity materials.
This equipment adopts two innovative structures: inorganic sealing and sieve-free centrifugal discharge. It eliminates leakage and reduces maintenance costs; supports the use of 0.1mm microbeads, improves grinding efficiency, and ensures finer and more uniform finished products.
It features double mechanical seal for pollution prevention, is lightweight and easy to operate, with efficient grinding and industrially scalable results. It is suitable for scientific research and small-batch sample production in universities and other institutions.
It adopts double mechanical seal to prevent pollution, is lightweight and easy to operate, with efficient grinding and industrially scalable results. It is suitable for scientific research and small-batch sample production in universities and other institutions.
It is available in multiple models with capacities ranging from 30L to 150L. The sieve-free design is compatible with media below 0.05mm, enabling ultra-fine grinding down to below 80nm. It features no bead leakage, high efficiency and excellent temperature control, suitable for pilot-scale and mass production in industries such as silicon-carbon materials.
This equipment has improved the pin material, layout and sieve filtration area of traditional sand mills, significantly enhancing grinding efficiency and output.
It is specially designed for the R&D and production of high-end nano materials, enabling ultra-fine grinding to the nano scale. It features high efficiency, precise temperature control and easy cleaning, compatible with 1-6L materials and available in 2 models. It is suitable for scientific research and small-batch sample production in multiple industries.
This equipment is specially designed for industrial ultra-large output, achieving ultra-fine crushing of materials through collision and lamination.
Optimized structure and materials endow it with easy operation, efficient grinding and industrial scalability, precisely adapting to scientific research and lab-scale production.
This equipment enables efficient industrial production from micron to nano scale, featuring uniform particle size and low energy consumption.
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