Zirconia grinding media for electronic paste lithium battery slurry ultrafine grinding

Zirconia beads is produced by our advanced technology in sintering method, leading the beads superior strength and fracture toughness, ppm wear grade, high hardness, corrosion resistance, ultra-smooth surface features etc. As ideal grinding media, zirconia beads are widely applicable in various grinding and dispersion condition.

Manufacturing process: Sintering Method

1) Extreme low wear rate--Can Prevent material from contamination

2) High density- High grinding efficiency.

3) Long working life-Lower processing costs

4) Suitable for high velocity operations and wet grinding operations.

Ultrafine grinding dispersion in:

• Electronic paste
• Silver paste, aluminum silver paste, tungsten paste, molybdenum manganese paste
• Solar cell positive electrode slurry
• Lithium battery slurry
• Graphene conductive paste,
• Thick film electronic paste, electrode paste for electronic components, etc.

Generally, 95 Yttria stabilized zirconia beads between 1.0 and 3.0mm are applicable

• Bar pin horizonal grinding mill
• Turbine horizonal grinding mill
• Ring-type grinding mill
• Centrifugal grinding mill
• Nano Grinder

Our Services

1. One of TOP 10 Zirconia milling media manufacturers in China, ISO 14001, ISO9001 Certificated.

2. Treat all clients with sincerity, no imaginary higher price.

Even if you’re the first time to buy the Zirconia beads milling media, you can get the same price as the experienced clients.

3. Full range of Zirconia beads products: all sizes and all kinds of ceramic grinding beads, adapted to various working conditions.

4. Strict Quality Control: Quality inspection is carried out in every step of our production, before entering warehouse and before loading. SGS third party inspection is available.

5. Fast response within 24 Hours

6. Free Sample Service: In order to help clients know more about our Zirconia milling media before placing orders, 200g free sample is available for clients to test.

Caroline Cui