Zirconium Oxide Beads Eject in Vertical Basket-Style Grinding Apparatus

Our esteemed client employs a basket-style dispersion grinding apparatus equipped with 2.0-2.2mm 95% zirconium oxide beads, primarily for the precision grinding of water-based latex paint. The processed material boasts a notably high viscosity, leading to the occasional ejection of zirconium oxide beads during operation.

Resolution:

Due to the elevated viscosity and substantial buoyancy exhibited by the material, these beads tend to ascend and are propelled outward at heightened velocities. To effectively address this matter, we recommend the following two solutions:

1. Narrow the interstice within the basket components.

2. Augment the dimensions of the zirconium oxide beads to a range of 2.8-3.0mm.

The designation of a basket-style grinding apparatus is not merely an aesthetic choice; it serves a specific, pivotal role. Let us delve into the profound significance of this apparatus.

In the realm of grinding machinery, the grinding medium emerges as a central protagonist, and this basket assumes the pivotal role of housing this medium with precision. As the grinding apparatus springs to life, the basket becomes immersed in the material. The swift motion of the stirring rod generates a substantial suction force, thereby drawing the material into the basket. This, in turn, facilitates dispersion and grinding under the expert influence of the grinding medium. With the centrifugal force in play, materials inside the basket are propelled outward, culminating in a highly efficient grinding process!

In stark contrast to conventional grinding machinery, the basket-style grinding apparatus eliminates the necessity for cumbersome pump and pipeline systems. The adjustability of its grinding basket's height streamlines cleaning and maintenance, while also simplifying the transition between materials. This apparatus, in essence, minimizes residues, maximizes efficiency, and attains a level of finesse unparalleled in the realm of grinding.

In summation, the integration of the basket-style grinding apparatus seamlessly complements the constraints observed in conventional grinding equipment. In an era characterized by burgeoning production demands, this apparatus will undoubtedly find itself more extensively employed, with its myriad advantages poised to shine ever brighter.