Recently, the American advanced ceramic company BlaschIntroduces launched a new type of oxide combined with silicon carbide industrial ceramics. According to the introduction, Oxide bonded silicon carbide Sagger is specially developed for heat resistance, corrosion resistance and wear resistance requirements, and has excellent non-wettability, suitable for non-ferrous metal metallurgical applications.

The characteristics of Nitride bonded silicon carbide batts, it not only has high density, high strength, good thermal shock stability, high softening point under load, good thermal conductivity, high resistance, but also has excellent resistance to cryolite, aluminum fluoride, sodium fluoride and calcium fluoride melting erosion and oxidation resistance. Mainly used in building sanitary ceramics, daily porcelain, electric porcelain, aluminum, copper, zinc, steel and steel rolling, iron, metal heat treatment, environmental protection and other fields.

High Temperature Boron nitride parts with white properties as graphite has been desired for many years. This material is called "white graphite". As an advanced ceramic material with excellent performance, its application and new synthesis method have become a hot spot and frontier problem in the field of material research.

Research progress and application of sintered silicon carbide ceramic bulletproof for army in armor protection field

Nitride bonded silicon carbide burning plate is a kind of structural ceramic material. Using high purity silicon carbide and silicon powder as raw materials, the billet is formed by grouting and sintered by nitriding reaction. Nitride bonded silicon carbide products include thin-wall panels, round tubes, burners and a variety of complex shaped products, as well as a variety of cross-sectional beams.

Reaction bonded silicon carbide ceamic have a wide range of application fields, with some representative application areas as follows:Mechanical manufacturing field,Electronic manufacturing field,Chemical manufacturing field,Aerospace field.

Silicon carbide ceramics have excellent characteristics such as high mechanical strength, high temperature resistance, strong oxidation resistance, good thermal stability.Silicon carbide ceramics play an important role in the field of high-tech.

RBSIC ceramic has become an important engineering material. Silicon carbide product has been widely used in mechanical, metallurgical, chemical, electronic and other departments to produce silicon carbide ceramic products using the atmospheric pressure sintering method.

Boron carbide was first discovered in 1858, but it was not until 1934 that the stoichiometric molecular formula B4C was proposed and recognized.

Recrystallized Silicon carbide plate in industrial kilns