Glovebox Sealed Integrated Bead Mill

Embed the core grinding unit of the bead mill into the glove box to create an inert environment throughout process from feeding to discharging. It is equipped with a circulating fan, purication column and organic solvent absorber to purify the air in the cavity in real time, blocking the contact path between the material and air or moisture, and eliminating the risks of oxidation and hydrolysis.

The operating surface of the glove box adopts butyl rubber gloves, with high-effciency filter elements, to ensure the sealing performance during personnel operation.

The double-end face mechanical seal with a closed loop cleaning and cooling device (oil cooling) is adopted. The grinding chamber is made of corrosion-resistant materials such as silicon carbide and zirconia ceramics, achieving full-area sealing from the grinding area to the glove box, which is suitable for high-sensitive material scenarios.

This solution integrates high-strength, wear-resistant sealing with adaptive compensation, which monitors pressure, fills gaps, reduces aging from vibration, and blocks moisture/oxygen. Built-in high-precision sensors detect micro-leaks and trigger alerts. An adjustable flexible sealing module allows material swaps to meet industry-specific temperature and pressure needs.

The system combines a turbine-optimized flow with a wear-resistant ceramic grinding zone (SiC cylinder + ZrO₂ disc) for uniform particles. A direct-drive motor and adaptive nano-grinding with zirconia beads enable efficient, low-energy processing, while the anti-agglomeration ZrO₂ disc and sealed double-end-face design maintain a low-H₂O/O₂ glovebox environment, preventing nanoparticle agglomeration.