Silicon Nitride is typically a grayish-white or white powder with excellent overall properties, making it a core raw material for preparing various silicon nitride-based materials. Its key advantages lie in its high temperature resistance, high strength, high hardness, low density, wear resistance, chemical stability, and thermal shock stability.
What are the uses of Silicon Nitride?
- In the aerospace field, it is used to produce key components such as turbine blades for aero engines, combustion chamber liners, rocket nozzle throat liners, and missile radomes, offering advantages such as thermal shock resistance and lightweight design.
- In the automotive industry, it is primarily used in turbocharger rotors, engine wear-resistant piston rings, valve guides, and spark plug insulators. Its excellent high-temperature resistance and wear resistance enable it to withstand the high-temperature, high-pressure operating environment of engines, helping to improve fuel combustion efficiency and achieve energy conservation and emission reduction.
- In the energy sector, it can be used to manufacture nuclear power fuel rod cladding, solar thermal power receivers, and hydrogen storage and transportation components.
TOPLUS Silicon Nitride has low impurity content and uniform particle size distribution. Its powder form is easy to mix with binders and additives, supporting a variety of molding processes.
