Description
It has made significant innovations in production processes such as Jaw Crasher,ball milling, jet mill, acid pickling purification,environmental dust removal, energy saving and emission reduction, etc.
The special powders of high-performance boron carbide for military, nuclear and civilian use prepared by our company have a series of characteristics including high phase purity, low impurity content, stable boron-to-carbon ratio, fine and controllable particle size distribution, high particle density and good flowability.
In particular, the military-grade ultrafine powder product series and nuclear-grade boron carbide special powder product series developed by our company have broken the foreign technological monopoly. Their unique powder properties can effectively increase ceramic sintering driving force，improve ceramic sintering density，refine ceramic grains, enhance ceramic strength and toughness to ensure the stability of ceramic performance. The civilian product series can be produced according to domestic and international standards such as GB、 FEPA、JIS etc.
Application:
Boron carbide powder exhibits extremely high grinding efficiency, so it is often used as grinding media for grinding, polishing, drilling, and smoothing of hard materials such as sapphire, ceramic, tools, bearings, and hard alloys.
(2) Industrial Special Ceramics
Boron carbide is used to manufacture wear-resistant parts and structural components such as sandblasting nozzles, seals, spray pipes, and shafts by hot pressing. These parts and components are characterized by their high hardness, high temperature resistance,and superior elastic modulus, and are widely used in various industries including machinery, aerospace, defense, electronics, and automotive.
(3) Shielding and Control Materials in Nuclear Industry
Boron carbide material has a large thermal neutron capture cross-section and therefore exhibits excellent neutron absorption and radiation resistance. It is internationally recognized as the best control material and shielding material for nuclear reactors, and has been successfully applied to two advanced reactor types: fast neutron breeders and high-temperature gas-cooled reactors.
(4) Ballistic Armor Materials
Boron carbide material exhibits the characteristics of high hardness, high strength, high toughness, and low density, which are particularly suitable for use in lightweight ballistic armor such as military helicopters, tanks, and individual body protection. It not only can maximize the weight reduction of the combat unit and enhance tactical mobility, but also has stable ballistic performance and can significantly improve battlefield survival in adverse conditions.
Reviews
There are no reviews yet.