Category: Abrasive Material

When it comes to manufacturing and processing high-precision parts, abrasives are very important materials in grinding technology, and are often used to study materials for industrial processes such as grinding and cutting. There are many types of abrasives, and each abrasive has its own unique characteristics and application range. When selecting abrasives, it is necessary to consider the characteristics of the processing material, the required processing concentration and surface quality, as well as the temperature and pressure during the grinding process, etc. factor. Correct selection and use of abrasives can improve processing efficiency and finished product quality, and reduce cost and time. In this article, we will discuss the feature of diamond as an abrasive material and its application in machining.

In the field of metal processing, the quality and finish of the surface is often of great importance. To achieve these goals, processes such as grinding and grinding are integral steps. In this process, the choice of abrasive has a very important impact on the final processing effect. This article will introduce the process and effect of using aluminum oxide abrasive materials to achieve rough grinding, dressing and polishing of metal surfaces.

In recent years, as a new type of material, non-woven fabric has attracted more and more attention. Unlike traditional fabrics, non-woven fabrics do not require the process of weaving or weaving, but are textiles made by chemically, physically or mechanically interweaving, laminating, agglomerating or otherwise making fibers. Non-woven fabrics are light, breathable, waterproof, friction-resistant, chemical-resistant, non-flammable, etc., so they are widely used in medical and health care, household products, clothing, shoes and hats, agriculture, construction and other fields.

Silicon carbide is a ceramic material with wide application prospects. It is composed of carbon and silicon element materials. It has a very high melting point and solidification degree, and also has excellent heat, electrical properties and chemical stability. With the development of science and technology, silicon carbide has been widely used in various fields, especially in high temperature, high pressure, high speed and strong corrosion environments with sudden performance. Grinding, machinery, semiconductor and other areas have important applications.

Glass is an ancient and magical material. It has the advantages of high transparency, corrosion resistance, and easy processing. It is widely used in construction, home furnishing, medical treatment, grinding, technology and other fields. Glass materials are constantly evolving and innovating. It is not only a practical industrial material, but also an important medium for artistic creation, which can create beautiful visual effects through special marketing such as transparency, gloss, and color.