Machine Body Material MS Continuous Pearl Mill, Power Source 220v

Continuous pearl The mill is designed to delivering greater energy to milling media for dispersion compared to traditional mills, Due to the design Utilizing a toroidal flow pattern, The energizer dispersion tool enhances the milling media, Establishing zones of high energy concentration the discharge, Positioned coaxially port offers a wider area for effective media separation, Thereby improving the throughput from the milling chamber A complex path for coolant circulation combined with a larger heat transfer area facilitates the efficient distribution of heat-sensitive substances Continuous tracking of the temperature within the mill is possible, Equipped with rotating energizer tools that operate at peripheral speeds reaching 13m/s Cutting-edge separation technology that harnesses toroidal flow of milling media for enhanced energy concentration zones With a nominal size of 0. 1mm, These micro milling media can achieve nano-level dispersions and are tailored for long-lasting wear resistance Achieving a higher throughput rate for the dispersion of thick millbase is facilitated by which also, This machine improves heat dissipation incorporates a double-action cartridge mechanical seal crafted from allowing for, Temperature-sensitive materials effective sealing of both the rotating shaft and the milling chamber with simple removal With a rail design for the milling chamber, Cleaning the mill becomes simple, And the optimally located media collection tray guarantees no material is wasted With user-friendly functionality and minimal this mill, Maintenance requirements is optimized for safe dispersion in both circulation and continuous milling applications Activation occurs exclusively when the milling chamber is fully sealed, Equipped with a conveniently located emergency stop button on the machine and ceramic-coated milling areas The milling chamber's PLC interlock system ensures explosion-proof construction while regulating temperature and pressure automated regulation production