Specifications
Brand Name :
INFI
Place of Origin :
China
Price :
Please contact us
Description
Product Properties
Refractive Index (1064nm)
2.392
Refractive Index (600nm)
2.415
Transmission (1064nm)
>68%
Transmission (8μm-25μm)
>70%
Thermal Conductivity
>2000 W/mK
Crystallographic Orientation
100 110 111
Miscut for Main Face Orientation
±3°
Common Product Size
2mm×2mm×6mm
2mm×2mm×7mm
4mm×4mm×7mm
Transverse Tolerance
±0.05mm
Thickness Tolerance
±0.1mm
Parallelism
<2′
Surface Roughness
<10nm
Edge Cutting
Laser Cutting


Compared to Other High Gain Raman Crystals

Single Crystal CVD Diamond
KGW KGD(WO4)2
YVO4
BA(NO3)2
Raman Gain(g)
15
4
5
11
Raman Frequency Shift ∆λ cm-1
1332
901
892
1047
Crystal Length(L)mm
8
25
25
25
Thermal Conductivity(k)Wm-1K-1
>2000
5
5.2
1.2
Raman Figure of Merit
1440
3
20
1

Optical-Grade CVD Single Crystal Diamond: Unmatched Spectral Performance
CVD-grown single crystal diamond delivers the broadest light transmission range among solid materials, spanning 225 nm (UV) to 25 μm (IR) – excluding the 1.8–2.5 μm band – with exceptional microwave transparency. Its unique combination of radiation resistance, extreme hardness, thermal conductivity, chemical inertness, and minimal thermal expansion makes it the premier choice for advanced infrared optical systems.


Critical Specifications

  • Mid-IR Optimization: Refractive index ~2.4 ensures high-efficiency transmission across 1–30 μm wavelengths

  • Surface Precision: <50 nm roughness for minimal light scattering above 1 μm

  • Dimensional Accuracy: ±0.2 mm tolerance

  • Triangular Prism Design: Optimized for mid-infrared radiation measurement instrumentation


Advanced Applications

  • Laser Systems: High-power CO₂ lasers, disc lasers, Raman lasers

  • IR Imaging & Sensing: Long-wave infrared detectors (8–14 μm)

  • Spectroscopic Analysis: Precision wavelength measurement tools

  • RF Technology: Gyrotron and high-power RF generator components

  • Compact Optics: Miniaturized diamond lenses for lightweight designs


Competitive Advantages

The material’s ultra-low optical scatter and chemical stability enable:

  • High-Power Endurance: Reliable performance under intense energy loads

  • Hazardous Environment Resistance: Withstands corrosive/abrasive conditions

  • Geometric Innovation: Enables compact, high-strength optical architectures



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CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of ExpansionCVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion

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CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion

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Brand Name :
INFI
Place of Origin :
China
Price :
Please contact us
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CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion
CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion
CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion
CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion
CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion
CVD Lab Grown Diamonds | Hard Chemically Stable and Low Coefficient of Expansion

Shaper Diamond Technology Co., Ltd

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1 Years
hunan, changsha
Certification Level :
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