The sum and kind of tainting of material ground is straightforwardly identified with the wear opposition of the granulating media. Various elements must be viewed as while assessing the pace of wear. Such factors as beginning size, dispersion of feed, factory speeds, granulating media loads, mash home time, mash thickness, hardness of media, measure of surface territory of media, explicit gravity of the media, hardness of the material being ground, explicit gravity of material ground, wanted molecule size of the material ground and crush capacity all add to the complexities of setting up wear information.
Before, steel has generally been utilized as grinding tungsten carbide material; it
is quick being supplanted by tungsten as the favored material. Tungsten carbide
media shows a slower pace of wear than the steel, while the Grinding rate for
tungsten carbide media was relative to the particular gravity.
Tungsten grinding tungsten carbide media is anyway an ideal fit,
considering the interest for a material which has unrivaled quality, protection
from scraped spot and consumption just as capacity to bear high-temperature
ranges.
Grinding media - WC balls
Unrivaled
Features
Tungsten carbide precious stones which are otherwise
called granulating media are accessible as circular and exactness ground to a
particular distance across. Tungsten carbide balls in various sizes relying
upon the granulating needs. The material likewise has unrivaled characteristics
of its high hardness HRA 92.5 just as an especially high thickness sp.gr.15
