News

Home > News > Content

Structural Ceramics The Most Active Development

Hangzhou JWG Technology Co.Ltd | Updated: Sep 22, 2017

Ceramic materials according to their performance and use can be divided into two categories: structural ceramics and functional ceramics modern advanced ceramic performance is stable, high strength, Structural Ceramics high hardness, high temperature, corrosion resistance, Structural Ceramics acid and alkali, wear resistance, oxidation and good Optical properties, electromagnetic properties, sensitivity and other properties far better than metal materials and polymer materials; and advanced ceramics is based on the required product performance, through rigorous composition and production process to produce high-performance materials, Structural Ceramics so Can be used for high temperature and corrosive media environment, is the modern thermal conductivity of science and technology development of one of the most active areas.

The excellent properties of the ceramic material are high strength, high hardness, high elastic modulus, high temperature resistance, wear resistance, corrosion resistance, Structural Ceramics oxidation resistance, shock resistance, high thermal conductivity, low coefficient of expansion, light weight and so on. Many areas gradually replace the expensive ultra-high alloy steel or applied to the field of metal materials are incompetent areas, Structural Ceramics such as engine cylinder liner, bearings, seals, ceramic cutting tools and other structural ceramics can be divided into four categories: oxide ceramics, Oxide ceramics, nanoceramics, ceramic matrix composites.

Nano-ceramics, also known as nanostructured materials, Structural Ceramics nanocomposites are new materials developed in the 21st century. Its research is from the micro-composite to the direction of nano-composite development, nano-ceramic materials can not only under low temperature conditions like metal materials without any bending without cracks, and can be like metal materials such as mechanical cutting, Structural Ceramics and even made of ceramic spring The Nano-ceramics can be used as protective materials, high temperature materials, artificial organs manufacturing, clinical applications, silicon carbide as absorbent absorbent material, ceramic powder as absorbent absorbent material and piezoelectric properties. Its application areas are micro-coating, super filtration, Structural Ceramics adsorption, deodorization, catalyst, fixed oxygen, sensors, optical functional components, electromagnetic functional components.


Hangzhou JWG Technology Co.Ltd