Рет қаралды 4,490
High vanadium steels (roughly more than 4% V) for hard vanadium carbides or VC. VC aids greatly in the wear resistance of the steel but it is actually harder than traditional aluminum oxide abrasives. Enter diamond abrasives that can cut and shape these super hard carbides. Not only that, but the diamonds shape even traditional steels better microscopically at the apex and benefit more traditional steels. The difference in results from alum oxide vs. diamond for traditionally steels isn't incredibly drastic and likely only noticed by the more discerning sharpeners.
In terms of diamond abrasives, the Venev stones are the least expensive of the high-end market. The low-end are diamond plates like DMT, Atoma, Worksharp, etc. The high-end are bonded diamond waterstones that use some sort of binder (resin or metal) that is mixed with diamonds in a soup. That soup is then cast onto a flat surface and finished into a stone. This means that the diamonds go deep into the stone and add significant life to the stone. It also lends to substantially better feedback and finishing compared to plates. Still not the same as Japanese waterstones but much closer than the plates.
So who are these for?
Those who are sharpening hard, high carbide steels and what a more luxurious experience that takes the feel and finish to the next level.
Nonaffiliated link: www.gritomatic.com/collection...