Model NameNumber ATBM- 5, Grinding Chamber Volume 5 L Paint Bead Mill, Dimension 250x800x800x500x550x1000mm

The high-energy media mill delivers superior energy transfer to milling media for dispersion compared to traditional mills. The design The energizer dispersion tool activates the milling media in a toroidal flow configuration, Creating areas of intense energy concentration throughout The aligned coaxially, Discharge port and featuring an expanded area for media separation, Enhances the throughput from the milling chamber The intricate coolant flow design and expanded heat transfer surface enable effective heat dispersion for temperature-sensitive materials The mill's internal temperature is governed by constant monitoring, Featuring rotating energizer tools that achieve peripheral speeds of up to 13m/s Advanced separation system utilizing toroidal flow of the milling media to create energy concentration areas Micro milling particles with a nominal size of 0. 1mm, Capable of producing featuring surfaces, Nano-scale dispersions that resist wear for extended durability This machine enables a significantly increased throughput for high-viscosity millbase dispersion, Enhancing heat dissipation during operation features a dual-function cartridge mechanical seal made from ensuring easy, Heat-sensitive materials sealing of the rotating shaft and milling chamber for hassle-free removal The rail system for the milling chamber facilitates effortless cleaning, While the thoughtfully positioned media collection tray prevents any loss of material Designed for effortless management and this mill, Straightforward upkeep ensures safe dispersion for both batch and continuous milling processes The operation initiates solely when the milling chamber is featuring an, Securely closed easily reachable emergency button on the device along with ceramic-coated milling surfaces PLC-controlled interlock of the mill features explosion-resistant design for temperature and pressure management within the milling chamber automated management production