Ceramic rods use the advantages of isostatic pressing
Ceramic rod forming generally involves the steps of cutting, grinding, grinding and polishing of the blank. Although the process is complicated, the ceramic rod has a wide application range and a large supply and demand. The ceramic industry has always shown a trend of higher.
Ceramic rods use traditional molding methods to guarantee the quality of products. Shenglong technicians have overcome numerous difficulties and constantly practice innovation, and finally developed a set of efficient ceramic molding technology.
Ceramic products have the characteristics of no water absorption, high temperature firing, no fading, easy cleaning. Below we will analyze the ceramic molding technology for everyone, and hope to communicate with customers and peers. Ceramics are non-plastically deformable at normal temperature. Among them, ceramic rods are the most serious, and their compressive strength is large, but the impact resistance, bending resistance and the like are small, and brittle fracture usually occurs.
According to the ratio of ceramic raw materials, the theoretical strength of ceramics is very high, but the actual strength is only about 1% of the theoretical strength. The reason is that the conditions of ceramic sintering, process and structure are also different. In addition, creep may occur when the ceramic is heated to the critical temperature of the porcelain, and creep will become more pronounced at high temperatures. That is, the creep of porcelain during the sintering process often pulls the metal deformation, especially the multi-unit ceramic rod is repeatedly sintered, and the possibility of deformation is greater.
Shenglong uses yttrium-stabilized zirconia material combined with isostatic pressing to produce ceramic rods. The product is not damaged by falling from two meters, and there is no scratch on the surface.
