50ml Tungsten Carbide Ball Mill Jar For Planetary Ball Mill

50ml Tungsten Carbide Ball Mill Jar With Lid For Planetary Ball Mills

Product description:

Product description of Tungsten carbide Round Ball Jars Cemented Carbide Ball Mill Grinding Jar for planetary ball mill

Planetary ball mills are used wherever the highest degree of fineness is required. Apart from the classical mixing and size reduction processes, the mills also meet all the technical requirements for colloidal grinding and have the energy input necessary for mechanical alloying process. The extremely high centrifugal forces of planetary ball mills result in very high pulverization energy and therefore short grinding times. Tungsten carbide ball grinding jar is an important part of planetary ball mills. Tungsten carbide ball grinding jar is made up tungsten carbide powder. This product advantage high hardness wearing resistance, high strength, good toughness, heat resistance and corrosion. That can meet the vast majority of metal powder crushing. And working environment is satisfy customer requirement. Each jar set includes grinding jar, lid, rubber sealing gasket and mixed tungsten carbide grinding balls. The grinding jars are widely application in various industries.

Product feature of Tungsten carbide Round Ball Jars Cemented Carbide Ball Mill Grinding Jar for planetary ball mill

1. Heat resistant; very good wear resistant

2. High hardness, the vast majority of metal powder crushing

3. High hardness and impact toughness, chemical stability.

4. Long life time

5. Easy operation

Product working principle of Tungsten carbide Round Ball Jars Cemented Carbide Ball Mill Grinding Jar for planetary ball mill:

It has intensive friction and controlled planetary ball mill movements allow for excellent grinding performance. This unique combination is generated by the oval shape and the movement of the grinding jars. The grinding jar supports are mounted on two discs respectively which turn in the same direction. The jars move on a course without changing their orientation. The shape of jar and it movement causes strong friction between grinding balls, Material and jar inner walls as well as a rapid acceleration which lets the balls impact with great force on the sample at the rounded ends of the jars. This significantly improves the mixing of the particles resulting in smaller grind sizes and a narrower particle size distribution than has been possible to achieve in ball mills so far.