Where are diamond grinding wheels used?

Abstract: The diamond grinding wheel cutter uses a single natural diamond and is welded on the steel rod using powder metallurgy technology. It is suitable for dressing various grinding wheels and is the most widely used grinding wheel dressing tool. What are the uses of diamond grinding cutters? Diamond grinding cutters are ideal tools for grinding carbide, ceramics, glass and other materials. What should you pay attention to when using diamond grinding cutters? Before using a grinding wheel cutter, you must select the specifications of the grinding wheel cutter according to the size, specifications and performance of the grinding wheel. The following is an introduction to diamond grinding cutters. Where are diamond grinding cutters used?

Diamond grinding cutters are ideal tools for grinding carbide, ceramics, glass and other materials. They use high-quality diamonds and combine them with advanced process formulas to ensure stable and reliable product quality and high grinding efficiency. , the grinding cost is low and it is a very ideal grinding tool.

Metal bond (code J): The most common one is bronze bond (code Q), which is mainly used to make diamond grinding wheels. Bronze bonded diamond grinding wheels are characterized by good surface formability, high strength and certain toughness. However, grinding wheels made of metal bond have poor self-sharpening properties. Bronze grinding wheels produced using metal binders with various ratios have good dynamic and static balance and excellent grinding effects, making them an ideal choice for manufacturers.

Characteristics of diamond grinding wheel cutters

1. Good wear resistance, strong abrasive grain holding power, long grinding wheel life;

2. In glass, ferrite Excellent cutting performance when processing hard and brittle materials. Purpose: Used for grinding and processing of hard and brittle materials and metal materials such as glass, ceramics, ferrite, semiconductor materials, and stone. It is used for contour processing and electrolytic grinding of cemented carbide materials, as well as grinding of diamond drill bits in grinding machining centers. Bronze grinding wheels are suitable for grinding optical glass, decorative glass, semiconductor materials, and ceramic hard and brittle rocks.

Precautions for the use of diamond grinding wheel cutters

1. Before using the grinding wheel cutter, the specifications of the grinding wheel cutter must be selected according to the size, specification and performance of the grinding wheel.

2. When using, first align the angle, pay attention to the distance ≤ 0.5mm, and slowly push forward. When the two come into contact, be sure not to use too much force to avoid damage.

3. Natural diamond is extremely hard, wear-resistant and not sharp, so it should not be collided to avoid undue losses.

4. The natural diamond grinding wheel cutter can be repaired many times, and the angle and size can be customized according to the other party's requirements in addition to the national standard.

Advantages of diamond grinding wheels

Diamond grinding wheels are super-hard abrasive grinding wheels. Compared with ordinary abrasive grinding wheels, they have very obvious characteristics and advantages.

1. The hardness of the diamond abrasive determines the main characteristics of the diamond grinding wheel. It can efficiently grind difficult-to-machine materials such as carbide, glass, and ceramics, and the grinding tool has the longest service life. life.

2. Diamond has high wear resistance. The smaller the wear of the grinding wheel, the longer the use time. In the grinding process, the size, shape and morphology of diamond abrasive grains change little, which is more suitable. High-precision processing and high production efficiency. Diamond grinding wheels are tools that can meet both high-efficiency and precision processing.

3. The sharpened diamond grinding wheel can maintain the micro-edge properties of the abrasive grains for a long time. The good cutting performance ensures a small grinding force during the grinding process, thus reducing the grinding power. Saves energy.

4. The thermal conductivity of diamond is very good, which is conducive to the evacuation of heat, avoids burns, cracks and falling pieces of the workpiece, and greatly improves the quality of the surface processing of the workpiece.