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  • Standard Ball Mill Jar

Standard Ball Mill Jar

Product code : LM-JAR-STD         Comments (0)        Add Comment
Marka :  Lab Materials
Material
Nylon (MC) Polyurethane Stainless Steel Alumina Oxide PTFE Agate Zirconium Oxide Silicon Carbide Silicon Nitride Tungsten Carbide
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Standard ball mill jars are grinding containers, produced by molding, whose inner and outer walls are smooth enough to minimize sample sticking to the jar wall. With 10 material options across metal, ceramic and polymer categories, the jar best suited to the sample's chemistry and grinding conditions can be selected. The price below is for Nylon, the most economical option among the listed materials; request a quote for other materials.

Key Features

  • Molded construction keeps inner/outer walls smooth, minimizing sample sticking.
  • Strong oxidation resistance.
  • Large R-angle bottom reduces material settling during grinding.
  • High grinding efficiency and long service life.
  • Custom sizes/materials can be manufactured on request.

Technical Specifications

MaterialPropertiesAvailable Size Range
Naylon (MC)Lightweight, high strength, wear and aging resistant50ml - 25L
PoliüretanHigh mechanical strength, flexibility and smoothness50ml - 10L
Paslanmaz ÇelikWear, corrosion and high-temperature resistant50ml - 25L
Alümina OksitResistant to solvents, strong acids and alkalis50ml - 5L
PTFEWear and high-temperature resistant, corrosion resistant50ml - 10L
AgatHigh purity, non-contaminating, no thermal effect50ml - 3L
Zirkonyum OksitChemical and high-temperature resistant, resistant to inorganic acids50ml - 5L
Silikon KarbürWear, corrosion and high-temperature resistant, strong acid/alkali resistance50ml - 1L
Silikon NitrürChemically inert, heat resistant, strong acid/alkali resistance50ml - 500ml
Tungsten KarbürVery high resistance to wear, corrosion and distortion50ml - 1L

Applications

  • Used as the grinding container in planetary and stirred ball mills
  • Material selection (metal/ceramic/polymer) based on the sample's chemical reactivity
  • Specialized grinding applications sensitive to wear or contamination
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