1. High hardness and wear resistance: The cutting edge of the diamond slice is embedded with diamond particles, and its hardness ranks among the top in nature, with a Mohs hardness of up to 10. This allows the blade to remain sharp for a long time and not easily worn when cutting various hard materials. For example, when cutting materials such as stone, tiles, glass, etc., even after long-term use, the cutting efficiency and accuracy can still be maintained at a high level. Compared with ordinary cutting blades, the service life is significantly extended, greatly reducing the cost and time consumption of frequent blade replacement.
2. High cutting accuracy: Due to the uniform distribution of diamond particles and precise machining of the blade, diamond slices can achieve high-precision cutting. In the fields of electronic component manufacturing, precision machining, etc., there are extremely high requirements for cutting size accuracy and surface flatness. Diamond slices can be accurately cut according to the set size, with neat and smooth cuts and minimal errors, effectively ensuring product quality and performance and meeting the strict requirements of high-end manufacturing for precision machining.
3. High thermal stability: Diamond has excellent thermal conductivity and high temperature resistance. During the cutting process, even if a large amount of frictional heat is generated, the slice can quickly dissipate the heat, avoiding problems such as deformation and annealing of the blade due to high temperature, thus ensuring the stability and continuity of cutting. For example, when cutting metal materials, it can effectively prevent microstructural changes and surface quality degradation caused by thermal effects, ensuring that the performance of the cut metal workpiece is not affected and maintaining good physical and chemical properties.
4. Good chemical stability: Diamond hardly reacts with common chemical substances at room temperature, which allows diamond slices to maintain their chemical stability when cutting various materials with different properties. Whether cutting acidic, alkaline, or corrosive materials, it will not be corroded or damaged, and can adapt to various complex working environments and material systems, expanding its application range. It can reliably play a role in fields such as chemical engineering, building materials, and scientific research.
5. Good rigidity and strength: The substrate of the slice is usually made of high-strength metal or alloy materials, which are firmly combined with diamond particles to form a good overall rigidity and strength. During high-speed rotary cutting, it is possible to maintain a stable structural shape without bending, deformation, or fracture, ensuring the safety and reliability of cutting operations. This also helps to improve cutting efficiency and accuracy, ensuring the smooth progress of the cutting process.
2、 Product Usage
1. Processing of building materials
-Stone cutting: In the stone mining and processing industry, diamond slicing is a key tool for cutting various types of stones such as marble, granite, sandstone, etc. Whether it is cutting large stone blocks into slabs or processing them into irregular shapes such as arcs or circles, diamond slices can quickly and efficiently complete tasks with their high hardness and high-precision cutting performance, meeting the diverse needs of stone products in fields such as architectural decoration and carving, and providing strong technical support for the development of the building stone industry.
-Ceramic tile cutting: In building decoration, the laying of ceramic tiles requires precise cutting to adapt to different spatial layouts. Diamond chips can easily cut ceramic tiles of various specifications and materials, including ceramic tiles, vitrified tiles, fully glazed tiles, etc. The cut is flat, smooth, and without any broken edges, ensuring the beauty and splicing accuracy of the tiles after installation, improving the quality and efficiency of decoration projects, and is one of the indispensable tools for construction and decoration workers.
2. Industrial manufacturing field
-Metal processing: For cutting metal materials such as steel, aluminum, copper, etc., diamond slices play an important role in some specific processing scenarios. In the cutting and cutting process of metal pipes and bars, fast and precise cutting can be achieved with high cutting quality, which is beneficial for subsequent processing procedures such as welding and mechanical processing. Meanwhile, in the processing of some precision metal parts, diamond slices can also meet the strict requirements for cutting accuracy and surface quality, which helps to improve the overall quality and performance of industrial products.
-Electronic component manufacturing: In the electronics industry, diamond chips are used to cut electronic components such as silicon wafers, ceramic substrates, and circuit boards. Silicon wafer is the fundamental material for integrated circuit manufacturing, with extremely high requirements for cutting accuracy and surface quality. Diamond chips can improve cutting efficiency and reduce production costs while ensuring cutting accuracy. For the cutting of ceramic substrates and circuit boards, high-precision and high-quality cutting can also be achieved, meeting the development trend of miniaturization and high performance of electronic devices, and promoting the continuous progress of electronic information technology.
3. Car maintenance and modification
-Automotive parts cutting: In the process of automotive maintenance, sometimes it is necessary to cut and replace damaged parts, such as cutting the exhaust pipe of a car, cutting parts of the body frame structure, etc. Diamond slices can quickly and accurately complete these cutting tasks, and due to their excellent cutting performance, they can reduce damage to surrounding components, ensuring smooth maintenance work and the performance of the repaired car. In the field of automobile modification, for some personalized modification needs, such as cutting the body shell for styling modification, cutting wheel hubs and other components for customized processing, diamond cutting can also provide efficient and accurate cutting solutions, meeting the pursuit of car owners for unique appearance and performance.
4. Research and laboratory fields
-Material sample preparation: In scientific research, it is often necessary to conduct microstructure analysis and performance testing on various materials, which requires the preparation of high-precision material samples. Diamond slices can be used for ultra-thin and high-precision cutting of various materials such as metals, ceramics, semiconductors, and biomaterials, producing thin slice samples that meet scientific research requirements. This provides powerful technical means for research in materials science, biology, physics, and other fields, helping scientists to explore the internal structure and properties of materials in depth, and promoting innovation and development of science and technology.