What are Resistance Ceramics?
Resistance ceramics are used as heating elements in high temperatures in industrial applications. These ceramics provide high resistance at high temperatures and have good electrical insulating properties. Resistance ceramics can be used in many different industrial applications.
Resistance Stone
Resistance stone is used as a material that conducts electric current. This material provides high resistance at high temperatures and also has good electrical insulating properties. Resistance stone can be used as heating elements in high temperatures in industrial applications. For example, metal casting, chemical industry, automotive industry, sterilization of surgical instruments. This material provides high resistance at high temperatures and also has good electrical insulating properties.
Resistance Ceramics Technical Specifications
The technical properties of resistance ceramics may vary depending on parameters such as the chemical composition of the material, its mechanical strength, and its thermal and electrical properties. Below are the technical characteristics of some generally accepted resistance ceramics:
- Chemical composition: Resistance ceramics are generally produced from ceramic materials such as alumina, silica, zirconia.
- Mechanical strength: Resistance ceramics show high mechanical strength at high temperatures.
- Thermal properties: Resistance ceramics show high thermal resistance at high temperatures.
- Electrical properties: Resistance ceramics show high electrical resistance at high temperatures and have good electrical insulating properties.
- Temperature range: Resistance ceramics can generally be used at temperatures between 1000-1600 °C.
Note: These data are generally accepted data and the technical specifications of the products produced by each manufacturer may be different.
Usage Areas of Resistance Ceramics
Resistance ceramics are materials used to provide high resistance at high temperatures. These materials can be used as heating elements in high temperature environments in industrial applications. For example, resistance ceramics can be used in the following areas:
- Metal casting industry: Resistance ceramics can be used as heating elements in metal casting.
- Chemical industry: Resistance ceramics can be used to heat chemical reactions.
- Automotive industry: Resistance ceramics can be used as heating elements in the automotive industry.
- Sterilization of surgical instruments: Resistance ceramics can be used to sterilize surgical instruments.
- In energy production: Resistance ceramics can be used in energy production.
- Electronics industry: Resistance ceramics can be used as heating elements in the electronics industry.
- It can be used in the heating, ventilation and air conditioning industry.
- It can also be used for machine parts operating at high temperatures.