Custom Silicon Nitride Ceramics Parts
Silicon nitride ceramic products are known for their excellent physical properties and chemical stability, widely applied across various fields. Compared to other ceramics, silicon nitride ceramics exhibit higher hardness and superior wear resistance. In industrial and technological sectors, silicon nitride ceramics are frequently used as high-temperature structural materials, for instance in high-temperature furnaces and energy storage systems. Its outstanding thermal conductivity and chemical inertness make it an ideal substrate material for electronic devices.
Silicon Nitride Ceramics Material IntroductionBy material
High Strength Silicon Nitride Ceramic Nuts
Silicon Nitride (Si₃N₄) Ceramic Nuts are high-performance fasteners designed for extreme industrial environments.
They combine exceptional strength, low density, high hardness, and superior resistance to wear, heat, and corrosion.
Compared with traditional metal nuts, Si₃N₄ ceramic nuts offer excellent thermal stability, electrical insulation, and chemical resistance, making them ideal for applications where precision and durability are essential.
Industrial Silicon Nitride Ceramic Ring
Industrial Silicon Nitride Ceramic Ring for high-temperature environments like heat exchangers and combustion chambers. Ideal for lightweight, high-strength applications in semiconductor manufacturing and other industries, their chemical stability and low thermal expansion coefficient ensure superior mechanical and thermal performance.
Silicon Nitride Ceramic Protective Sleeve
Silicon Nitride Ceramic Protective Sleeve for high-temperature environments like heat exchangers and combustion chambers. Ideal for lightweight, high-strength applications in semiconductor manufacturing and other industries, their chemical stability and low thermal expansion coefficient ensure superior mechanical and thermal performance.
Customized Precision Silicon Nitride Ceramic Slider
Customized Precision Silicon Nitride Ceramic Slider for high-temperature environments like heat exchangers and combustion chambers. Ideal for lightweight, high-strength applications in semiconductor manufacturing and other industries, their chemical stability and low thermal expansion coefficient ensure superior mechanical and thermal performance.
Insulation Silicon Nitride Ceramic Protection Tube
Insulation Silicon Nitride Ceramic Protection Tube for high-temperature environments like heat exchangers and combustion chambers. Ideal for lightweight, high-strength applications in semiconductor manufacturing and other industries, their chemical stability and low thermal expansion coefficient ensure superior mechanical and thermal performance.
Silicon Nitride Ceramic Tube
Silicon nitride ceramic tube (Si₃N₄) is a high-performance engineering ceramic with ultra-high temperature stability, excellent mechanical strength and outstanding chemical corrosion resistance. It is widely used in semiconductors, energy, aerospace and other fields.
Silicon Nitride Ceramic Rod
Silicon nitride ceramic rod is a high-performance engineering ceramic material with excellent properties such as high strength, high temperature resistance, wear resistance, corrosion resistance, low thermal expansion, and insulation. It is widely used in industry, semiconductors, medical treatment, scientific research and other fields.
High Temperature Silicon Nitride Ceramics
Our silicon nitride ceramic sealing rings are made of 99% high-purity Si₃N₄ material and are formed by hot pressing and sintering. They have super corrosion resistance (resistance to HF acid and molten aluminum) and high temperature resistance (continuous operation at 1200°C). They have a 50% longer service life than traditional silicon carbide sealing rings and are widely used in chemical pumps and nuclear reactor cooling systems. We support non-standard customization and provide 3D drawing optimization services, with a delivery cycle as fast as 7 days!
Silicon Nitride Ceramic Substrate
Explore ultra-thin silicon nitride ceramic plates for high-temperature environments like heat exchangers and combustion chambers. Ideal for lightweight, high-strength applications in semiconductor manufacturing and other industries, their chemical stability and low thermal expansion coefficient ensure superior mechanical and thermal performance.
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