Strong Chemical Stability Zirconia Beads

95 Zirconia Beads: Yttrium-Stabilized Structural Mastery

The 5.2±0.5% Y₂O₃ in 95 zirconia beads serves as a critical stabilizer, forming a tetragonal solid solution with 94.5% ZrO₂. This innovative structure locks in a stable crystal lattice at room temperature, preventing phase transformation-induced cracking-a common failure mode in unstabilized zirconia. The yttrium stabilization technology delivers remarkable mechanical resilience: even at Ø1.0mm, beads withstand crushing strengths >100kg·f, outperforming conventional designs.

By fine-tuning yttrium content, the beads achieve optimized mechanical balance across size ranges. During high-speed grinding-such as in new energy battery production-the stabilized lattice suppresses crack propagation, minimizing bead tearing under continuous impact. This proprietary technology sets 95 zirconia beads apart, enabling reliable performance in demanding applications where durability and consistency are non-negotiable.

1 . SPECIFICATION

2 . 95 Zirconia Beads Features:

Smooth surface, great sphericity leading higher grinding and dispersion efficiency.

Higher density provides it greater impact force and superior grinding efficiency.

Higher wear resistance resulting in minimizing product contamination from media wear.

Higher wear resistance results in less frequent media replacement.

Resistant to rust and corrosion, and thus compatible with water based processing.

3 . 95 Zirconia Beads Applications

 1 . Pigments and dyes: dispersing and grinding of titanium pigment, carbon black, inorganic pigment like iron oxide red; organic pigments like Phthalocyanine blue, permanent violet.
 2 . Paints and coatings materials: Anti-corrosion industrial paint, plastic paint, emulsion paint, printing ink, ink-jet ink, paper coating material, tape and disk coating.
 3 . Pesticide: pesticides, herbicides, antiseptic, seed coating agent.

4 . Technical Edge: Yttrium Stabilization Mechanism

Tetragonal-Monoclinic Phase Control: Y₂O₃ inhibits the destructive phase shift that causes volume expansion

Fracture Toughness Enhancement: Stabilized structure increases energy absorption during particle impact

Temperature Cycling Resistance: Maintains integrity across thermal gradients in high-energy milling

5 . Partner for Tailored Solutions

Unlock the full potential of yttrium-stabilized zirconia-engineered for precision, built for endurance.

Need guidance on abrasive selection or bead sizing for your application? Our team specializes in matching 95 zirconia beads to specific process requirements.

We have the ability to provide long-term stable supply, ensuring first-class and stable product quality. We can customize products, packaging, and transaction methods according to customer needs.
Meanwhile, we warmly welcome friends from all over the world to visit and guide our factory in China.

6 . Our services
A : Your inquiries about our products or prices will be answered within 24 hours.

B : Strict quality control and fast delivery.

C : The best quality and competitive price.
D : We can provide free samples or offer products according to customers' special requirements.

7 . Contact Tina for Technical Consultation:

Mobile: +86 18636559668

Email: tina@fudanewmaterial.com

Whether you are a distributor, purchaser, or end customer, contact us for the latest quotes and free samples ! 

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