ZIRCONIUM OXIDE CE STABILIZED BEADS & BALLS
ZIRCONIUM OXIDE CERIA-STABILIZED
Tetragonal Zirconia Polycristal (Ce-TZP) bead is made with state-of-the-art dropping and rolling method. The 20% cerium oxide rare earth contributes to the highest density of zirconium oxide series beads. The uniform gloss working surface results from consistent zirconia polycristal, which is the guarantee of lower bead and energy consumption. It is recommended to grind the high hardness and viscosity slurry in high energy density bead mills.
Micro-structure of delicate, uniform, dense ceramics of the Quartet, it has a gem-like hardness and density, is a series of grinding all the zirconium-mediated a most Shen. Its excellent wear resistance and fracture toughness is particularly suited for high-solid-phase high-viscosity, high hardness of the paste for grinding and dispersion of pure; good match at the same time high input energy and the high shear machine sanding.
Applications
1, wear-resistant, corrosion-resistant products: paints, textiles, paints, printing and dyeing
2, high strength, high toughness products: magnetic materials, piezoelectric ceramics, dielectric ceramics
3, to prevent pollution: medicine, food, cosmetics
4, Ceramics: Electronic ceramics, refractory ceramics, structural ceramics
Real Density: >6.0g/cm3
Bulk Density: ≥3.75g/cm3
The Maheshwari® type ZC 6.1 made of zirconium oxide / cerium stabilized have very good wear resistance. Their longevity gives you grinding or dispersing beads at an attractive price and your product quality is guaranteed.
Fields of application
- for grinding / dispersing of lacquer and paint systems
- for grinding / dispersing organic and inorganic pigments
- for grinding / dispersing dyestuffs for dyeing textiles, plastics
- for grinding and preparation of electroceramics
- for the preparation of glazes
- for magnetic ceramics, ferrites
- for technical/mechanical components
- for dispersing fungicides, herbicides and insecticides
- for ultra-fine grinding down to the nanometer range
- for grinding minerals and precious metals