If you want to quickly understand structural ceramics, you have chosen the right article

Pintejin Ceramics Factory is a manufacturer specializing in the production of structural ceramic parts. Structural ceramics are a type of fine ceramics. This type of ceramic has a series of advantages such as high temperature resistance, corrosion resistance, wear resistance, erosion resistance, etc. The following is a brief analysis of structural ceramics by Pintejin ceramics.

Classification of structural ceramics for structural alumina ceramic tubes: There are many types of structural ceramics, which are classified into the following series according to raw materials:

• Oxide ceramics, mainly including alumina ceramics, zirconia ceramics, mullite ceramics, etc.;
• Carbide ceramics, mainly including silicon carbide ceramics, titanium carbide ceramics, boron carbide ceramics, etc.;
• Boride ceramics, There are mainly titanium boride ceramics, zirconium boride ceramics, etc.

Application of structural zirconia ceramic rod structural ceramics: These ceramics have different functions and are widely used, such as the use of high hardness, high wear resistance ceramics to produce mechanical parts, seals, cutting tools and other materials, using high wear resistance , high-strength and high-toughness ceramics to produce wear-resistant, lightweight parts, heat-resistant and heat-insulating parts for automobiles, gas turbine blades, piston tops, inserts, etc. Production of metal crucibles, heat exchangers, biological materials such as dental artificial paint joints, etc., and the use of unique neutron capture and absorption ceramics to produce various nuclear reactor structural materials.

Development of structural ceramics

At present, with the continuous development of the structural ceramics industry, further breakthroughs have been made in structural ceramics, especially the research and development of multiphase composite ceramics and nano-ceramics. In the research of multi-phase composite ceramics, structural ceramics have developed from the original single-phase and high-purity characteristics to the multi-phase composite direction, and developed self-reinforced composite ceramic fibers or crystal top reinforced composite ceramics, gradient functional ceramics and nano-composite ceramics. The technical problems of single-phase structure ceramics being brittle, low reliability, unsatisfactory room temperature strength and insufficient toughness are solved. In the research of nano-ceramics, structural ceramics are developing from micro-scale to nano-scale, and many new processes for preparing nano-ceramic powders have been developed, such as chemical precipitation method, metal organic compound solution method, chemical gas phase reaction method, etc.

Production provides favorable conditions. The application shows that the refinement of nano-ceramic grains can obtain materials without defects or harmful defects, greatly improving the original properties of ceramics, and even appearing new properties, making the ceramic space wider. Therefore, nano-ceramics has become an emerging research course and has received much attention. It is expected that the future will be the era of high-performance structural ceramics, which will play an increasingly important role in modern science and technology and modern industry.