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Alumina Ball Mill Jars with Lid Wear-Resistant High-Purity for Planetary Milling
These Alumina Ball Mill Jars with Lid are made from high-purity alumina (Al₂O₃ > 99%) using a slip-casting process, resulting in high density, smooth interior and exterior surfaces, and excellent wear resistance. Designed for long-term use in high-temperature applications up to 1600°C, they are ideal for planetary mill grinding, powder processing, and high-precision material preparation.
These Alumina Ball Mill Jars with Lid are made from high-purity alumina (Al₂O₃ > 99%) using a slip-casting process, resulting in high density, smooth interior and exterior surfaces, and excellent wear resistance. Designed for long-term use in high-temperature applications up to 1600°C, they are ideal for planetary mill grinding, powder processing, and high-precision material preparation.
Package: 1 piece per pack
| SKU# | Material | Color | Purity | Maximum temperature |
| CX-AL-77001 | Alumina Ceramic | White | 99% | 1600 °C |
Available Sizes
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0.5 L
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1 L
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1.5 L
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6 L
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12 L
Applications
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Planetary ball milling of powders and materials
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High-temperature processing for metals, ceramics, and composites
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Laboratory and industrial sample preparation requiring high wear resistance
Usage Precautions for 99% Alumina Jars
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Pre-drying: Before first use, heat the jar in an oven at approximately 105°C for 2 hours to remove moisture.
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Avoid Direct Flame: Do not heat with gasoline, acetylene, or alcohol torches to prevent cracking due to uneven heating.
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Maintain Distance from Heating Elements: Keep at least 2 cm between the jar and heating elements (e.g., carbon tubes, SiC rods, heating wires).
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Controlled Heating/Cooling:
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Below 1200°C: ≤ 5°C per minute
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Above 1200°C: ≤ 4°C per minute
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Use controlled power cooling; avoid sudden shutdown at high temperatures to prevent thermal shock.
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For Large Jars: Avoid direct contact with the furnace or heating surfaces. Elevate using high-temperature-resistant supports (e.g., corundum plates) to improve airflow and extend lifespan.


















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