Nitrasil engineering ceramics
Explore the high-performance engineering ceramics: Nitrasil. Ideal for applications in high-temperature environments and non-ferrous molten metal scenarios.
Nitrasil engineering ceramics
Nitrasil is an engineering ceramic with superb inert properties that allow applications in numerous high-temperature and non-ferrous molten metal environments.
ENGINEERING CERAMICS
Nitrasil engineering ceramics
Nitrasil is an exceptional engineering ceramic known for its superb inert properties, making it suitable for numerous high-temperature and non-ferrous molten metal environments. Its minimal wetting by molten metals makes it particularly advantageous for aluminium contact applications. The formulation of Nitrasil is lightweight yet exhibits excellent resistance to thermal shock and thermal cycling.
Composed of durable silicon nitride, Tenmat’s Nitrasil engineering ceramic provides superior thermal insulation and electrical insulation properties. Unaffected by induction currents, it is versatile enough to be machined into complex shapes. Major application fields include induction heating, brazing fixtures, high-temperature analytical equipment, and non-ferrous molten metal handling, such as metal particle atomicoloration.
The material’s robust qualities include a low expansion coefficient and outstanding resistance to thermal shock and thermal cycling.
Nitrasil at a glance
- Exceptional oxidation resistance up to 1150°C.
- Resistant to almost all chemicals and non-ferrous molten metals.
- Unaffected by induction currents, making it ideal for various engineering applications.
- Acts as both an electrical and thermal insulator.
Availability
Nitrasil engineering ceramics are available as sheets, rods, tubes, and complex 3D shapes tailored to customer specifications.
Resources
Contents
Excellent resistance to oxidation is achieved up to 1150°C.
Resistant to almost all chemicals and non-ferrous molten metals.
Excellent Thermal Insulation
Excellent Electrical Insulation
High Strength