DA6387 CVD Diamond Window

Catalog No.	DA6387
Dimensions	1"-6"
Thickness	0.25-1.5 mm
Transmittance	>70% @ 8-200 μm
Surface roughness	<10 nm

CVD Diamond Window is a high-performance optical window made from synthetic diamond produced through the CVD process. Stanford Advanced Materials (SAM) brings extensive expertise in manufacturing CVD Diamond Window, offering tailored solutions to meet the precise dimensions and specifications required for diverse applications.

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Description

Specification

CVD Diamond Window Description

CVD Diamond Window is a high-performance optical window made from synthetic diamond produced through the CVD process. It is engineered to provide exceptional durability and performance in a wide range of applications, especially where traditional materials like glass or ceramics might fail due to extreme conditions. CVD diamond windows combine the unique properties of diamond with the versatility of CVD manufacturing, making them ideal for use in high-power laser systems, high-energy optics, and harsh environments.

CVD Diamond Window Specifications

Dimensions	1"-6"
Thickness	0.25-1.5 mm (Customizable)
Transmittance	>70% @ 8-200 μm
Surface Roughness	<10 nm
Thickness Deviation	±0.03 mm
Refractive Index	2.38 @ 10 μm, 2.39 @ 1064 nm
Dielectric Constant (140 GHz)	5.6 ± 0.15
Dielectric Loss (140 GHz)	< 6 * 10^-5

CVD Diamond Window Application

Aerial, Missile, and Naval Systems: Infrared windows for airborne, missile, and shipborne infrared search and tracking systems.
High-Power Laser Weapons: Infrared windows for high-power CO2 and solid-state laser weapons.
High-Energy Microwave Systems: Microwave windows for high-energy microwave feed systems and microwave weapons.
Nuclear Fusion and Other Extreme Environments: Microwave windows for thermonuclear fusion reactors.
Spectroscopy and Medical Optics: Windows, prisms, and lenses for spectroscopy, medical optics, and other optical applications.