Dome Sapphire Optical Windows Chemical Resistance High Thermal Conductivity Thick 1mm 2mm

Product Description:

 
Sapphire domes are specialized sapphire domes components made from high-quality synthetic sapphire. Sapphire itself is renowned for its excellent hardness, scratch resistance, and high optical transparency, making sapphire domes an ideal choice for many high-end optical applications.
 
These domes not only offer transparency of over 99% in the visible light range but also possess good transparency for ultraviolet and certain infrared bands. Owing to their exceptional chemica domes resistance, they remain stable in various harsh environments, such as when exposed to acids and bases. Additionally, their operating temperature range stretches from -200°C to +1000°C, ensuring reliable performance even under extreme temperatures.
 
The availability of selective surface coatings adds value to these sapphire domes, with options like anti-reflective, hardening, or other specialized coatings to cater to specific application needs. And the high precision in manufacturing ensures that shape tolerances, surface roughness, and other key parameters meet the strictest standards.
 
In summary, whether in aviation, military, scientific research, or high-end consumer electronics, sapphire domes are the top choice for optical protection and performance. Their robust physical properties and superior optical characteristics guarantee outstanding performance under the most demanding conditions.

Features:

 
Sapphire domes are renowned for their superior attributes. Crafted from top-tier synthetic sapphire, these domes boast unmatched hardness, making them nearly impervious to scratches and wear. With domes clarity that exceeds 99% in the visible range, they guarantee clear, unobstructed viewing. Their inherent properties allow excellent transparency, even in certain ultraviolet and infrared bands, broadening their applicability. Remarkably resistant to chemicals, they remain unaffected when exposed to aggressive substances.
 
Engineered for extremes, they demonstrate consistent performance from chilling lows of -200°C to sweltering highs of +1000°C. Furthermore, their customizable surface coatings, be it anti-reflective or hardening, elevate their adaptability to specific needs. In essence, sapphire domes symbolize the pinnacle of sapphire domes technology, offering unparalleled resilience and clarity across diverse applications.

Technical Parameters:

Applications:

1. Aerospace and Aviation: Used in aircraft and spacecraft windows, missile guidance systems, and other airborne optical systems due to their high strength and resistance to environmental factors.
2. Military and Defense: Integrated into various armored vision systems, targeting systems, and surveillance equipment, offering both protection and clarity.
3. Underwater Exploration: Used in submarine and underwater drone periscopes and cameras due to their high-pressure resistance and optical clarity.
4. Optical Instruments: Incorporated into high-end cameras, microscopes, telescopes, and other precision optical equipment.
5. High-Pressure Environments: Suitable for equipment used in deep-sea exploration and oil drilling where high pressure is a concern.
6. Sensors and Scanners: Used in bar code readers, IR sensors, and other scanning devices due to their IR transparency.
7. Laser Systems: Serve as protective windows or lenses in high-intensity laser systems, ensuring the internal components remain shielded while maintaining beam quality.
8. Wearable Technology: Integrated into luxury watches and some augmented reality (AR) devices, providing a protective, clear interface.
9. Scientific Research: Used in specialized lab equipment, high-pressure chambers, and spectroscopy equipment.
10. Thermal Imaging: Due to its transparency in the infrared spectrum, it's employed in thermal imaging devices and night vision equipment.

Customization: