As a manufacturer of diamond wire saws, we have conducted in-depth research on the various uses of diamond wires, especially the use of diamond wires on diamond wire saws. Today we will study the key points of cooling technology for diamond wire saw processing granite:
 
When cutting granite with a diamond beaded wire saw, in order to eliminate the influence of frictional heat and residual chips at the cutting site, the amount of cooling water is often increased under permissible conditions, otherwise the resin and rubber fixing materials on the wire saw will be deformed due to frictional heat, resulting in Diamond beads slip and cannot cut effectively. At the same time, the remaining chips will cause the beads to wear and the wire saw to break, greatly shortening the service life of the wire saw. The following cooling technical points can be followed when performing diamond bead wire saw cutting operations:

 
During the wire saw cutting operation, every time 0.2~2 lengths are cut, water is supplied to the cutting part with a pressure of 0.4~10mpa to cool and remove chips, so as to reduce the frictional heat generated between the wire saw and the cutting part. Be eliminated. The fluid itself and the airflow generated by the fluid are cooled, and the chips will quickly flow away from the cutting part under the action of fluid kinetic energy and fluid airflow, so that the cutting part will always maintain a weighing state without being damaged. Unaffected by chips.
 
Summary: In the case of less cooling water, it can effectively cool the cutting part and remove chips, prevent the wear of diamond tools, and greatly improve the service life of the wire saw.