Technical parameters of Raymond Mill:
|Shift Output of Different Material Fineness(t)||16-176||8-78|
|Rotation Speed of Central Shaft(r/min)||82||105|
Industrial milling is an important aspect of mining and mineral processing. That is why you need the Raymond Mill grinder machine to simplify your milling process. This grinder tool employs state of the art technology that grinds nanotubes to fine powder form. During the process of ball milling, balls often drop from around the top of the shell to give a maximum grinding impact.
This tool-grinding machine is particularly useful in processing very fine powders of potash feldspar, marble, barite, bentonite, fluorite, calcite, active carclazyte, pencil stone, lime, kaolin, active carbon, gypsum, dolomite, phosphorite rock, as well as glass, and heat insulators among others. The Raymond Mill typically works by reducing the finished product to a fine powder of about 80-325 meshes.
Our industrial grinder machine functions on impact and attrition principle to reduce void spaces between balls. The degree of milling in this Raymond Mill is determined by:
✔ How long the material stays in the mill chamber
✔ The density, size, and number of balls
✔ The hardness of the content for grinding
✔ Feed rate and levels in the vessel
✔ Cylinder???s rotation speed
In essence, different materials have different grinding needs. Therefore, you can leverage on these grinders for sale by accurately setting the machine to your application???s needs.
Apart from the highly automated Raymond Mill, CLICK HERE for other high-quality wide-ranging mining and mineral processing equipment.