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Infrared Detector Component
This infrared detector component is made of 99.99% high-purity alumina ceramic, offering outstanding electrical insulation, thermal stability, and chemical inertness. Its ultra-dense and low-impurity microstructure ensures high signal stability and excellent thermal isolation in infrared systems. Precision machining guarantees high dimensional accuracy, making it ideal for infrared sensing, temperature measurement, and precision optical instruments.
- Ultra-High Purity Material
- Excellent Electrical Insulation
- Superior Thermal Stability
- High Dimensional Accuracy
- Low Impurity and Chemical Inertness
Infrared Detector Component
Manufactured from 99.99% high-purity alumina ceramic, this component undergoes high-temperature sintering and fine polishing to achieve exceptional smoothness and uniformity. It provides stable electrical insulation and thermal performance, minimizing signal loss and scattering in infrared optical systems. It is widely used as a structural and insulating component in high-end infrared detectors and analytical instruments.
Product Advantages
- High-purity alumina ensures stable dielectric strength and low signal loss.
- Excellent optical compatibility for infrared isolation and support.
- Strong thermal shock resistance for temperature cycling environments.
- High surface smoothness minimizes reflection and interference.
- Customizable designs to meet diverse system requirements.
Product Applications
- Infrared detection and temperature measurement devices
- Optoelectronic sensing systems
- Optical isolation structures
- High-temperature infrared imaging instruments
- Laboratory and testing equipment
Applicable Industries
- Infrared & Optoelectronics
- Precision Instrumentation
- Aerospace & Defense
- Scientific Research & Laboratory Testing
- New Energy & Automation
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