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Sapphire Custom-Shaped Windows Optical Glass Multi-Form Customization Transmittance >85%

Product Details

Place of Origin: CHINA

Brand Name: ZMSH

Certification: rohs

Model Number: Sapphire Custom-Shaped Windows

Payment & Shipping Terms

Delivery Time: 2-4 weeks

Payment Terms: T/T

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Highlight:

85% Transmittance Sapphire Optical Windows

,

Multi-Form Sapphire Optical Windows

,

Custom-Shaped Sapphire Optical Windows

Material:
99.999% Al2O3
Size:
Customized
Reflectivity:
<0.5%
Vision Light Transmissivity:
>85%
Suraface:
Polished
Industry:
Military Electro-optics, Precision Instrumentation
Material:
99.999% Al2O3
Size:
Customized
Reflectivity:
<0.5%
Vision Light Transmissivity:
>85%
Suraface:
Polished
Industry:
Military Electro-optics, Precision Instrumentation
Sapphire Custom-Shaped Windows Optical Glass Multi-Form Customization Transmittance >85%

Product Description

 

 

 

Sapphire Custom-Shaped Windows Optical Glass Multi-Form Customization Transmittance >85%

 

 

The sapphire custom-shaped window is a non-standard optical component precision-engineered from single-crystal aluminum oxide (α-Al₂O₃), specifically designed for specialized optical systems. Unlike conventional circular or square windows, it can be customized into complex geometries (polygonal, annular, D-shaped, etc.) while retaining sapphire's intrinsic properties - ultra-high hardness (Mohs 9) and broad-spectrum transmittance (250-5500nm). This unique design flexibility makes it an ideal solution for space-constrained, specialized optical path, or non-standard interface requirements, extensively applied in high-end laser systems, military electro-optics, and precision instrumentation.

 

 


Sapphire Custom-Shaped Windows Optical Glass Multi-Form Customization Transmittance >85% 0

Key Characteristics

 

 

· Complex Geometry Adaptability: Supports CNC-machined irregular contours (hexagonal, trapezoidal, sector-shaped, etc.) with edge tolerance controlled within ±0.02mm, ensuring perfect compatibility with non-standard optical chambers or device interfaces.

 

· Extreme Environmental Stability: Inherits sapphire's superior properties, withstanding high temperatures (800°C continuous/1800°C short-term), resisting acid/alkali corrosion (pH1-13), and maintaining optical stability under intense impact or particle erosion.

 

· Exceptional Optical Performance: Achieves >85% transmittance from UV to mid-IR, with optional anti-reflective coatings (<0.5% reflectivity at specific wavelengths like 1064nm/10.6μm) to minimize laser system energy loss.

 

· Outstanding Mechanical Strength: Flexural strength >600MPa allows processing ultra-thin structures (down to 0.2mm) without fracture, suitable for miniaturized optical modules.

 

 


 

Technical Parameters

 

 

 

Parameter Specification
Material Purity ≥99.99% α-Al₂O₃ single crystal
Density 3.98 g/cm³
Hardness Mohs 9 / Knoop 2200 kgf/mm²
Wavelength Range 250-5500 nm
Transmittance >85% (Visible-NIR), >80% (UV-MIR)
Temperature Range Continuous: 800°C, Short-term: 1800°C
Available Shapes Polygonal, Annular, D-shaped, Sector, etc.
Thickness Range 0.2-20 mm (±0.01 mm tolerance)
Surface Roughness Ra ≤5 nm (polished)

 

 


Sapphire Custom-Shaped Windows Optical Glass Multi-Form Customization Transmittance >85% 1

Primary Applications

 

 

1. Special Laser Optical Systems: Serves as side-pump windows for fiber lasers or protective windows for ultrafast laser deflectors, precisely adapting to complex optical paths.

 

2. Defense & Aerospace: Used in missile seeker irregular radomes and asymmetric observation windows for airborne EO pods, balancing aerodynamic profiles with impact resistance.

 

3. Semiconductor Equipment: Functions as shaped viewports for etching machines and thin-film deposition systems, resisting plasma corrosion while providing distortion-free observation.

 

4. Medical & Scientific Instruments: Optimizes space utilization and optical efficiency in endoscopic articulating lenses and synchrotron radiation beamline deflectors.

 

 

 

FAQ

 

 

1. Q: What are the key advantages of sapphire windows over standard optical glass?
     A: Sapphire windows offer 10x higher scratch resistance (Mohs 9), broader UV-IR transmission (250-5500nm), and superior thermal/chemical durability compared to optical glass.

 

 

2. Q: Can sapphire windows be customized for specific laser wavelengths?
     A: Yes, we provide wavelength-specific AR coatings (e.g., 1064nm/10.6μm) with <0.5% reflectivity and λ/10 surface accuracy for laser applications.

 

 

 

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