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Milling Media Set for 100 ml Agate Planetary Mill Jar,  MSE Supplies

Milling Media Set for 100 ml Agate Planetary Mill Jar

  • $ 7500


Agate Milling Media Set for 100 ml Planetary Mill Jars. Ship Immediately

  • Density: 2.65 g/cm3
  • Shape: sphere
  • Material: high quality natural Brazilian agate
  • Set includes: 530 pieces of 3 mm, 76 pieces of 5 mm and 10 pieces of 10 mm balls
  • Product SKU#: BA0709

General Description Agate Milling Media Ball Set for 100 ml Planetary Mill Jar:

This set of agate milling media balls combination can be used for regular powder milling of metal oxides, slurry, wet or dry mill of battery materials etc.

Compatible with agate milling jars, alumina jars and zirconia jars, etc.

Click here to shop for planetary mill jars.

High quality natural Brazilian agate is used to produce this media set. You will receive pieces of different sizes here. A combination of milling media balls is suitable for powder milling of slurry, metal oxides, wet or dry mill of battery materials, and more.

Widespread Compatibility

Agate milling media sets have widespread compatibility with different types of milling jars, which include:

  • Zirconia
  • Agate
  • Alumina

 Important For Materials Processing

Planetary mill jars such as these do not get as much attention in the high-tech manufacturing and research world, but they perform a critical role in the world of material processing. Many industries need controlled composition, purity and very specific particle sizes, and this includes industries like:

  • Medicine
  • Paint
  • Pharmaceuticals
  • Geology
  • Ceramics
  • Electronics
  • Chemical Engineering
  • Construction

Choosing the Right Supplier is Important

There are many material issues and applications that a materials supplier has to understand correctly in order to provide the right supplies. MSE Supplies has gathered a lot of expertise from the market to enable it to understand the above. For instance, agate is very resistant to solvents and acids, enabling it to be popular in the electronics field.