In the process of cutting granite with diamond segment, severe friction occurs between the segment and stone. During the continuous friction process of the segment, the diamond will be damaged and worn, and the constantly consumed diamond will determine the service life of the segment.

The multi-layer diamond segment refers to the diamond segment formed after high-temperature and high-pressure sintering with multi-layer sheet structure.

The diamond segment is sintered by diamond and diamond powder through high temperature and high pressure, so what is sintering? What is the rationale for this process? This article will introduce in detail.

The sharpness of the diamond segment is a very important cutting parameter, so how to make the diamond segment have a high sharpness? Starting from the formulation aspect is the first step.

After the diamond segment cuts stone, if you stop the machine for inspection, you will find that there are grooves in the cutting part of the diamond segment. There may be one groove or multiple grooves, so why is there such grooves? What is the function of this groove? This article will introduce in detail.

A lot of equipment is needed in the production process of diamond segment, the most common ones are three-dimensional mixing equipment, cold pressing machine and vacuum sintering machine and other important equipment. This article introduces in detail all the processing equipment in the production process of diamond segment.

The sintering mold for the diamond segment is a material used in the diamond sintering process. A good graphite mold can help the segment to be in a relatively stable state during the sintering process, and can also maximize the stability of the finished segment. So how to choose a sintering graphite mold?

There are many ways to express the hardness of the diamond segment, which is also called the hardness symbol. So what hardness symbols are used for the diamond segment? What are the specific parameter ranges? Let's take a look in detail below.

Diamond segments are usually used with metal steel blank blade. The segment plays the role of cutting and grinding, and the blank blade only needs to play the role of fixing the segment. But usually in the process of use, when the diamond segment is half consumed, there will be a situation where the stone cannot be sawed. So why does this happen? How to solve it?

The diamond segment is generally welded by high-frequency induction power supply, and the appropriate silver solder piece is selected. Strictly control the welding seam temperature and welding seam time, and the welding seam temperature is properly controlled. If the welding induction area is too large, the welding time of each tooth is too long or the welding temperature is too high, it will cause abnormal deformation of the welding seam and make the welding seam cannot be used normally. So it is very important to choose the right welding tools, so what welding tools are needed in the welding process, and how to use these tools?

The diamond segment is usually used for welding on the bank blade, some grinding wheels or drill bits, but the welding firmness has always been a very important parameter. If the welding is not firm, the segments will drop from the diamond saw blade, which seriously affects the cutting quality and cutting lifespan. So how to test the welding firmness of the diamond saw blade is very important. This article will introduce in detail the common testing methods for the welding firmness of the diamond saw blade for your reference.

Diamond density is an important standard to measure the stability and wear resistance of diamond segment. In order to better maintain the efficiency of cutting stone, it is necessary to strictly control the density of diamond segment in the manufacturing process. So what is the best value for the density of common copper-based segments and iron-based segments? This article will introduce in detail.