Metal diamond grinding wheels are commonly used for grinding glass bottles in industrial applications. They consist of a metal bond matrix with diamond particles embedded within the matrix. The metal bond provides excellent durability and resistance to wear from the abrasive glass surface while the diamond particles allow for a precise and efficient grinding process.

Dressing a grinding wheel means reshaping its surface to restore its cutting performance or to change its surface characteristics.

Diamond grinding wheels are a crucial component in various grinding processes, such as precision grinding, hard grinding, and finishing grinding. They are typically used for grinding hard and brittle materials, such as glass, ceramics, and metals. However, achieving the best grinding performance of diamond grinding wheels can be challenging, especially if the wrong parameters are chosen or if the grinding process is not optimized. In this article, Moresuperhard will explore the key factors that affect grinding performance and provide some tips on how to maximize the efficiency and effectiveness of diamond grinding wheels.

Do you know what peeling grinding is?
Peeling grinding usually uses a CBN grinding wheel with a width of about 4-6mm, and a 10-15° chamfering area is set on

Generally, when the lathe is used for machining, the so-called "vibration knife" will occur on the following occasions:
Using the forming blade for forming turning; Outer turning of slender round rod; The outer turning of the thin meat round rod; Box-shaped parts (such as sheet metal welding structural parts) turning; Superhard material cutting; Bearing has been damaged and continues cutting, etc.

What is a compound bond?

Vitrified, resins, and metal binders all have certain characteristics, such as good self sharpening performance of ceramic binders, good impact resistance of resin binders, and high strength of metal binders. However, there are also corresponding defects, such as high brittleness of ceramic binders, poor wear resistance of resin binders, and poor self sharpening performance of metal binders. Therefore, compound binders learn from each other's strengths and weaknesses, striving to achieve the best comprehensive performance, have increasingly become a research hotspot, and are gradually being applied in production.