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50 mL Vacuum Milling Jars for Mini Planetary Ball Mill- EFSAVMJ50

50 mL Vacuum Milling Jars for Mini Planetary Ball Mill- EFSAVMJ50

$349.00 USD
In Stock SKU: EFSAVMJ50SS304
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A Vacuum Milling Jar is a specialized version of the standard grinding jar, designed to maintain a hermetically sealed environment. It allows to process materials that are highly sensitive to oxygen and moisture without the need to house the entire ball mill inside a glovebox.

The options of milling jar materials are shown below:

(1) Zirconia (ZrO2): Zirconia is the most popular choice for lithium-ion battery R&D (NCM, LFP, Graphite).

(2) Alumina (Al2O3): Alumina is often used for the materials science side of your work, particularly for SOFC/SOEC components.

(3) Stainless Steel (SUS304/316): SS is a standard and economical option, but cross-contamination is a big risk for battery material milling.

(4) Agate (Natural Quartz): It is featured as "Zero Metallic Contamination" since Agate is a natural, non-metallic material preferred for ultra-pure chemical synthesis.

(5) Tungsten Carbide (WC): It is normally used when maximum impact energy is required.

Part Number
  • EFSAVMJ50 (EFS-A-VMJ50)
Vacuum Milling Jar Volume
  • 50 mL
Vacuum Milling Jar Material Options
  • (1) Stainless Steel (SS304) Vacuum Milling Jar
  • (2) Nylon Vacuum Milling Jar 
  • (3) PTFE Vacuum Milling Jar
  • (4) Zirconia (ZrO2) Vacuum Milling Jar
  • (5) Tungsten Carbide (WC) Vacuum Milling Jar
  • (6) Agate Vacuum Milling Jar 

      Normally the milling ball material is the same with that of the milling jar. As for the Nylon, PTFE, Agate milling jar, the ZrO2 milling balls are provided. 

Note
  • The above milling jars are for mini planetary ball mill EFSMPBM

 

References:

L. L. Driscoll, et al., Under pressure: offering fundamental insight into structural changes on ball milling battery materials, Energy Environ. Sci., 2023,16, 5196-5209

C. Welch, et al., Modeling Analysis of Ball-Milling Process for Battery-Electrode Synthesis, Chem. Mater. 2024, 36, 14, 6748–6764

C. Wall, et al., Production of nanocrystalline lithium fluoride by planetary ball-milling, Powder Technology, 2014, 264, 409-417. 

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