Complete Fine Chemical Grinding & Production Solution

Pin Type Agitator Bead Mill with Static Sieve, RTSM-BJ Series

RTSM-BJ series pin type agitator bead mill with static sieve is a novel type designed according to actual production situations, modified from traditional pin type agitator bead mill and granted nanoscale grinding fineness. With upgraded agitator pin material, optimized arrangement of the pins and filtering area of the sieve, our novel type performs a much better grinding efficiency and production capacity than the traditional ones, making it more suitable for nanoscale grinding in industrial mass production.

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• Stable mechanical seal: double mechanical seal provides great sealing performance and stability; you can choose proper coolant according to processed material, with our sealing design you don’t have to worry about material pollution from coolant other things from outside.
• Stable mechanical seal: cooling structure of the grinding unit is precisely designed to make sure that every corner is fully cooled down during operation; transmission belt pulley is made of high-thermal-conductivity material, grinding product is thus free from the influence of external heat; multiple cooling steps for balance tank, end cover, etc. to ensure stability.
• User friendly: Root’s exclusive drive system adjustment design grants great convenience for service and maintenance; fast & convenient pipeline connection/disconnection; defroster is equipped to ensure stable operation in cold regions; Filter unit at product inlet prevents jamming issues caused by material impurity.
• High grinding efficiency: the grinding unit applies our novel design – agitator discs with special structure, arranged in reasonable order – so that the issues of tradition bead mills, such as uneven distribution of grinding beads, or disability of driving grinding beads at low rotational speed, no longer exist, energy efficiency and grinding efficiency are thus promoted.

Industrial mass productions of materials with medium/low viscosity, relatively high fluidity and micron/nano-scale particle size.