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Zirconia Planetary Mill Jar Grinding Container Used In High-energy Planetary Ball Mills

Zirconia Planetary Mill Jar Grinding Container Used In High-energy Planetary Ball Mills

zirconia planetary mill jar

high-energy ball mill grinding container

planetary ball mill zirconia jar

Herkunftsort:

CHINA

Markenname:

Zoli

Zertifizierung:

ISO CE

Modellnummer:

BMJ-01

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Einzelheiten zum Produkt
Gewicht:
40 kg
Geräuschpegel:
Weniger als 50 dB
Revolutionsgeschwindigkeit:
335 Rpm
Grindkugelgröße:
10 mm
Zertifizierungen:
CE ISO
Programmierbare Steuerung:
Ja
Schleifkugeln Durchmesser:
10 mm
Schleifmedienmaterial:
Zirkonium
Oberflächenbearbeitung des Glases:
Poliert
Schüssel-Stil:
Vertikal
Farbe:
Weiß
Gesamthöhe:
56 mm
Steuerungssystem:
Mikrocomputer
Glaswandstärke:
6 mm
Hervorheben:

zirconia planetary mill jar

,

high-energy ball mill grinding container

,

planetary ball mill zirconia jar

Zahlungs- und Versandbedingungen
Min Bestellmenge
1pc
Verpackung Informationen
Karton+Perlenwolle+Holz
Lieferzeit
innerhalb von 15 Tagen
Zahlungsbedingungen
L/C, T/T, Western Union
Versorgungsmaterial-Fähigkeit
10000 pro Monat
Produkt-Beschreibung
Zirconia Planetary Mill Jar Grinding Container
A specialized grinding container used in high-energy planetary ball mills for intense grinding, mixing, homogenization, and mechanical alloying applications.
Zirconia Planetary Mill Jar Grinding Container Used In High-energy Planetary Ball Mills 0 Zirconia Planetary Mill Jar Grinding Container Used In High-energy Planetary Ball Mills 1
Material Composition: Yttria-Stabilized Zirconia (YSZ)
Constructed from Zirconium Dioxide (ZrO₂), a high-performance advanced ceramic stabilized with Yttria (Y₂O₃) to prevent phase transformation cracking.
Key Feature: Transformation Toughening
When stress creates micro-cracks, zirconia grains at the crack tip undergo phase change and expand, "squeezing" cracks shut for exceptional toughness and fracture resistance.
Key Properties and Advantages
  • Extreme Wear Resistance: Exceptional abrasion resistance for long service life
  • Contamination-Free Performance: Eliminates iron/chromium contamination (vs steel) and reduces alumina contamination
  • High Density (≥6.0 g/cm³): Delivers more impact energy for efficient size reduction
  • Chemical Inertness: Resistant to acids, alkalis, and organic solvents
  • Mechanical Strength: Withstands high-impact forces in planetary ball mills
Common Applications
  • Nanomaterial synthesis (metal nanoparticles, oxide ceramics)
  • Mechanical alloying of advanced powders
  • Pharmaceutical research (API size reduction)
  • Electronics and battery material development
  • Geology/archaeology sample preparation
  • High-purity ceramics processing
Material Comparison
Property Zirconia (YSZ) Alumina Stainless Steel Polyurethane
Primary Advantage Best Toughness & Low Contamination Good Wear Resistance & Cost High Impact Strength Low Cost & Noise
Hardness Very High Highest Low Very Low
Contamination Zr, Y Al Fe, Cr, Mo Organic
Selection and Usage Guidelines
  • Fill jar to 1/3-1/2 capacity for optimal efficiency
  • Use zirconia grinding balls for contamination-free milling
  • Ensure proper sealing mechanism (O-ring) to prevent sample loss
  • Clean with dilute acid, distilled water, and ethanol after use
  • Inspect for chipping or wear before each use
Note: While offering superior performance, zirconia jars have higher cost and weight compared to alternatives, and may introduce trace ZrO₂/Y₂O₃ in contamination-sensitive applications.
Zirconia Planetary Mill Jars represent the gold standard for contamination-sensitive processes in nanomaterials, advanced batteries, and pharmaceuticals where product purity is critical.

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