High Hardness, Strength, Chemical Resistance Zirconia Jars Used In Battery Materials, Metallurgy, Medicine

Zirconia jars are essential for battery materials research and production, offering critical properties for handling abrasive and sensitive materials.

• Hardness & Strength: Essential for handling abrasive materials like Lithium Cobalt Oxide (LCO), Lithium Iron Phosphate (LFP), and Nickel Manganese Cobalt (NMC) without contamination.
• Chemical Resistance: Safely handles wet milling with various solvents, crucial for sensitive materials like solid-state electrolytes (LLZO).
• Contamination Prevention: Eliminates risk of trace metal contamination that could degrade battery performance and lifespan.

Application Example: Homogenizing and nano-sizing NMC powder for uniform particle distribution, enhancing energy density and cycle life in final batteries.

• Strength & Toughness: Withstands extreme mechanical stress in high-energy ball milling processes.
• Hardness: Essential for deforming and alloying metal powders like aluminum or titanium.
• Composition Integrity: Prevents iron contamination from steel jars, ensuring accurate alloy composition.

Application Example: Producing dispersion-strengthened aluminum alloys by milling aluminum powder with nano-sized oxide particles.

• Chemical Resistance: Maintains integrity when processing pharmaceutical compounds with organic solvents.
• Hardness & Strength: Enables micro and nano scale size reduction for increased drug bioavailability.
• Regulatory Compliance: Meets strict safety regulations (e.g., USP <232>) by eliminating metallic contamination risks.

Application Example: Nano-milling poorly water-soluble anticancer drugs to create injectable nano-suspensions for more effective treatment.

The combination of Hardness, Strength, and Chemical Resistance in Zirconia jars enables advanced, high-purity manufacturing and research in modern Battery Technology, Metallurgy, and Medicine. These jars are not just tools but enabling technologies for innovation across these critical fields.