0.05mm Micro Beads, Formed By Dripping Method

0.05mm Micro Beads, Formed By Dripping Method

These 0.05mm micron beads are engineered for advanced nano-grinding applications. Manufactured with high-purity powder through dripping, they offer excellent sphericity and a narrow size distribution. .
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Introduction

 

 0.05mm zirconia beads are made from yttria-stabilized zirconia powder, formed by dripping.Their extreme hardness and high density enable efficient processing of high-viscosity and high-hardness materials, significantly reducing grinding time. The beads exhibit outstanding wear resistance, with minimal loss to prevent product contamination.

 

Products Features

 

 1​.Exceptional Purity & Composition​

  ​​≥99.9% metals basis​​ (excludes ~2% HfO₂), ensuring minimal contamination risk in sensitive electrochemical environments.

 2.​​Precision-Engineered Particle Characteristics​​

​​  Controlled nanoparticle size​​ with narrow distribution.

 3.​​Robust Chemical & Thermal Stability​​

  ​High melting point and thermal shock resistance, suitable for high-temperature electrolysis applications.

 

 

Products Prameters

Size(mm) Tolerance(mm) True Density(g/cm3) Bulk density(g/cm3) Vickers hardness (HV) Self-consumption(%)
0.05 0.04-0.06 6.05 3.70 ≥1350 ≤0.01

 

 

 

Applications

  • New Energy Batteries​​: Ideal for grinding cathode and anode materials to achieve uniform particle size distribution, enhancing battery energy density and cycle life.
  • ​Electronics & Advanced Ceramics​​: Used in the production of materials for MLCCs, piezoelectric ceramics, and electronic inks, ensuring high purity and ultra-fine consistency required for component performance.
  • ​High-Performance Inks & Pigments​​: Suitable for dispersing nano-pigments in specialties like electronic inks and coatings, providing superior color strength and stability.

 

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