Alloy / Ceramic Electrode Sensors
Custom alloy and ceramic-compound electrodes supporting titanium, nickel, copper, carbon, and alloy options. Built for high-performance requirements in demanding detection environments.
Technical Specifications
| Parameter | Specification |
|---|---|
| Available Materials | Ti, Ni, Cu, C, alloys, ceramic compounds |
| Fabrication Method | Magnetron sputtering / chemical vapor deposition |
| Substrate Options | Ceramic, silicon wafer, metal substrate (optional) |
| Electrode Dimensions | Customized per customer drawings |
| Temperature Resistance | Up to 800°C |
| Environmental Compliance | RoHS compliant |
Key Advantages
1. Multiple Material Options
Supports a wide range of material combinations including titanium, nickel, copper, carbon, alloys, and ceramic compounds.
2. Harsh-Environment Adaptability
Resistant to high temperatures, corrosion, and wear — suitable for extreme detection environments.
3. Flexible Customization
Metal ratios, film structures, and electrode geometries customized to your specific requirements.
Applications
- High-Temperature Detection: gas detection and industrial process monitoring in high-temperature environments
- Corrosive Environments: sensors for corrosive settings such as chemical plants and marine environments
- Specialized Catalysis: electrochemical reactions requiring the catalytic properties of specific alloys
- Ceramic-Based Electrodes: applications with demanding high-temperature stability requirements