Silicon Nitride (Si3N4) Ceramic
Silicon nitride (Si3N4) is a high-melting-point material with high fracture toughness and excellent thermal shock resistance, It is considered to be one of the few monolithic ceramic materials that can withstand severe thermal shock and thermal gradient generated by hydrogen and oxygen rocket engines.
Applications for silicon nitride include:
- Foundries
- Electronics
- Oil & Gas
- Automotive
- Aerospace
High precision silicon nitride ceramic balls, roller for bearing, pump valve:
[caption id="attachment_16133" align="alignnone" width="800"]
High precision silicon nitride ceramic balls, roller for bearing, pump valve[/caption]
INNOVACERA silicon nitride is processed by gas pressure sintering, which results in a fully dense and nonporous microstructure of interlocking needle-shaped grains. This, combined with the natural toughness of silicon nitride, provides outstanding contact fatigue resistance and mechanical reliability.
Thermocouple Protection Sheaths
[caption id="attachment_16139" align="alignnone" width="800"]
Thermocouple Protection Sheaths[/caption]
INNOVACERA manufactures a range of silicon nitride ceramic and advanced ceramic thermocouple protection sheaths for use in the aluminium and molten metal handling industries. They are an advanced ceramic tube offering outstanding performance for temperature control in aluminium foundries and smelters and are extremely cost effective compared to competitive materials, such as cast iron, silicon carbide and alumina.
Silicon Nitride Ceramic Weld Location Pins
[caption id="attachment_16125" align="alignnone" width="800"]
Silicon Nitride Ceramic Weld Location Pins[/caption]
Ceramic welding pins made of silicon nitride significantly increase service life and enable high levels of precision and greater accuracy over extended periods in projection welding. Metal welding pins often need to be replaced several times a day due to wear and adhering slag, whereas centring pins made of silicon nitride ceramic only need to be replaced about once a month.
Silicon Nitride Ceramic Substrate for Electronics
[caption id="attachment_16284" align="alignnone" width="800"]
Silicon Nitride Ceramic Substrate[/caption]
INNOVACERA Silicon Nitride substrates, with a thermal conductivity rating of 90 Watts/meter Kelvin, at first glance, appear inferior to Aluminum Nitride grades from the standpoint of heat dissipation. However, Silicon Nitride substrates, due to their far superior mechanical properties, can provide thermal resistance levels comparable to Aluminum Nitride.
Silicon nitride ceramic electric heating element
[caption id="attachment_15829" align="alignnone" width="3024"]
Silicon Nitride Heater[/caption]
INNOVACERA’s silicon nitride heating elements are normally rectangular in shape. These heaters have a lot of operation zone up to 1000 degree C and a cold zone in the contact area. The encapsulated terminal can prevent short circuit caused by conductive contamination. They can be operated with or without a controller. Silicon nitride heater has several times the durability that silicon carbide products.
By Materials
Application
Download
How to get a quote?
We will support your project with the required technical and developmental support
Inquiry
Proposal
Order
Production
Delivery