Fluid - Energy - Assisted Grinding
In modern marble grinding technology, fluid - energy - assisted grinding techniques are also being employed. In systems like jet mills, a high - velocity stream of gas (usually compressed air or an inert gas) is used to carry the marble particles. The particles are then directed towards a target surface or made to collide with each other at high speeds. The kinetic energy of the fluid and the particles causes them to break apart, achieving fine grinding.
This method is especially suitable for producing ultra - fine marble powders. Fluid - energy - assisted grinding offers advantages such as the ability to produce very fine particles with a narrow particle size distribution and can be carried out at relatively low temperatures, which helps in preserving the properties of the marble and preventing any thermal degradation.
This method is especially suitable for producing ultra - fine marble powders. Fluid - energy - assisted grinding offers advantages such as the ability to produce very fine particles with a narrow particle size distribution and can be carried out at relatively low temperatures, which helps in preserving the properties of the marble and preventing any thermal degradation.
In summary, marble grinding machines use a combination of these working principles, depending on their design and the specific requirements of the grinding process. Each principle contributes to the efficient and effective transformation of marble into the desired ground product, whether it's for construction, industrial, or decorative applications.
