|Place of Origin:||Henan, China (Mainland)|
|Abrasive Grain:||Aluminum Oxide|
|Min. Unit of Measure:||Pieces|
|Delivery Time:||As per mutually agreed upon by buyer and seller.|
|Packaging Details:||As per mutually agreed upon by buyer and seller.|
|Payment Terms:||L/C, T/T|
SG Grinding Wheels for wear-resistant materials
SG Grinding Wheels
SG abrasives have sharp edges and corners, good toughness, won’t burn workpieces, can keep the angles well. SG grinding wheels are used in crankshaft, endless screw, gear in aerospace and car industry, heat resistant steel and high-speed steel grinding in tools industry.
Unit price:520 per piece
A grinding wheel is a wheel composed of an abrasive compound and used for various grinding (abrasive cutting) and abrasive machining operations. Such wheels are used in grinding machines.
The wheels are generally made from a composite material consisting of coarse-particle aggregate pressed and bonded together by a cementing matrix (called the bond in grinding wheel terminology) to form a solid, circular shape. Various profiles and cross sections are available depending on the intended usage for the wheel. They may also be made from a solid steel or aluminium disc with particles bonded to the surface. Today most grinding wheels are artificial composites made with artificial aggregates, but the history of grinding wheels began with natural composite stones, such as those used for millstones.
The manufacture of these wheels is a precise and tightly controlled process, due not only to the inherent safety risks of a spinning disc, but also the composition and uniformity required to prevent that disc from exploding due to the high stresses produced on rotation.
Grinding wheels are consumables, although the life span can vary widely depending on the use case, from less than a day to many years. As the wheel cuts, it periodically releases individual grains of abrasive, typically because they grow dull and the increased drag pulls them out of the bond. Fresh grains are exposed in this wear process, which begin the next cycle. The rate of wear in this process is usually very predictable for a given application, and is necessary for good performance.