Milling media size 2 mm, Capacity 1 TO 100LTR Flexo Ink Bead Mill, Power 5-60HP, Material Stainless Steel

Unlike standard mills, The high-energy media mill provides enhanced energy to milling media for effective dispersion. The structure The energizer dispersion tool generates a toroidal flow among the milling media, Leading to the formation of concentrated high-energy zones With a larger area for the coaxially, Media separation aligned discharge port optimizes the throughput exiting the milling chamber The convoluted coolant route and augmented heat transfer zone allow for the effective management of heat-sensitive materials The mill allows for ongoing showcasing rotating, Temperature assessment energizer tools that can reach peripheral speeds of as much as 13m/s State-of-the-art milling media circulation designed to establish energy concentration regions through a toroidal flow separation system Offering micro milling media at a nominal size of 0. 1mm, This product excels in creating nano-size dispersions while ensuring surfaces that endure prolonged wear The equipment allows for a notably improved throughput in dispersing high-viscosity millbase, Along with enhanced heat dissipation capabilities equipped with a heat-responsive double-acting cartridge mechanical seal for efficient sealing of the rotating shaft and designed for, Milling chamber straightforward removal Designed with a rail for the milling chamber, This mill enables and its, Effortless maintenance well-placed media collection tray ensures optimal utilization of all materials This mill features intuitive operation and specifically crafted, Easy maintenance for safe dispersion during both circulating and continuous milling tasks The milling process begins only when the chamber is properly closed, Including a readily accessible emergency button on the unit and ceramic-coated milling surfaces Designed the mill's, For safety interlock system integrates explosion-proof features with PLC control for temperature and pressure in the milling chamber managed automation production