Zirconia Ceramic Balls
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  • Zirconia Ceramic Balls

产品特性

Zirconia Ceramic Balls

Particle size range

Appearance

Purity

True density

Vickers hardness

Molecular formula

Crushing strength(φ0.3mm)

0.1-0.5mm

White

94.5±0.2%

≥6.05g/cm³

≥1350HV

ZrO₂

≥10kgf

Remarks:Customizable

Features

Zirconia ceramic balls have high strength and high toughness at room temperature, good wear resistance, high temperature resistance, corrosion resistance, high stiffness, non-magnetism, and electrical insulation. When the temperature reaches 600°C, the strength and hardness of zirconia ceramic balls almost has no change and its density is 6.00 g/cm³, and the thermal expansion rate is close to that of metals, so it can be used in combination with metals. It has ultrafine grains and internal and external consistency, extremely high wear resistance, superior strength and fracture toughness. When working continuously in a high-speed bead mill, it can remain free of fragmentation and peeling, significantly reducing the risk of material contamination.

Product application

It is ideal for efficient and contamination-free dispersion and grinding of electronic slurry, ceramic powders, magnetic materials, battery raw materials, rare earth substances, non-metallic minerals, paints, pigments, inks, heavy calcium dioxide, titanium dioxide, pesticides, food ingredients, and pharmaceutical raw materials. Various equipment such as sand mills, grinding and stripping machines, stirring ball mills, and drum ball mills can be utilized for these applications

Key words:

Zirconia Ceramic Balls

Zirconia Ceramic Balls
+
  • Zirconia Ceramic Balls

Zirconia Ceramic Balls

It is prepared by the titration molding method. Through precise control of the ultrafine grains and crystalline phase structure, the homogenization of the internal and external qualities of the microbeads is achieved. It has ultrafine grains and internal and external consistency, extremely high wear resistance, superior strength and fracture toughness. When it works continuously in a high-speed bead mill, it can remain free of fragmentation and peeling, and significantly reduce the risk of material contamination.

Product classification


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