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Optical Cable

Optical Fibers

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Optical Equipments

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Advanced Optical Materials

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OP5084 CVD Diamond Wafer

Catalog No

OP5084

Type

Single crystal grains

Substrate Material

SiO2/Si, Quartz, Sapphire, Silicon wafer, PET, etc.

Size

10*10, 15*15, 20*20 (mm)

Growth

Microwave Plasma Chemical Vapor Deposition (MPCVD)

CVD Diamond Wafer is a high-performance material known for its exceptional optical clarity and thermal conductivity. Stanford Optics has extensive expertise in manufacturing and supplying premium CVD Diamond Wafers, ensuring top-quality products for our clients.

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Description

Specifications

Reviews

Description

CVD Diamond Wafer exhibits outstanding physical and chemical properties, providing optical transparency across various frequencies from ultraviolet (UV) to terahertz (THz). As a form of carbon, diamond offers the highest hardness and thermal conductivity, along with excellent wear resistance, chemical stability, and radiation resistance. These wafers are suitable for applications involving X-rays, UV, infrared, and microwave frequencies.

CVD diamond wafers are an optimal choice in applications requiring efficient heat dissipation, low dielectric loss, high Raman gain, minimal beam distortion, and resistance to erosion. Their superior thermal conductivity makes them ideal for managing heat in devices with high heat flux, ensuring effective temperature control and preventing critical component overheating.

Applications

CVD Diamond Wafers are used in various industries due to their superior properties:

Electronics: Serve as heat sinks and insulating substrates in high-power devices, aiding in effective heat dissipation and electrical insulation.
Optics: Used to make optical windows, lenses, and mirrors for lasers and sensors, benefiting from their high optical clarity and durability.
Medical Devices: Enhance precision and longevity in surgical tools and dental drills thanks to their hardness and wear resistance.

Packaging

Our CVD Diamond Wafer is carefully handled during storage and transportation to preserve the quality of our product in its original condition.

Specifications

Grade	Optical Grade		Heat Sink Grade
-	Polycrystal	Monocrystal	Polycrystal	Monocrystal
Growth Method	MPCVD	MPCVD	MPCVD	MPCVD
Size (mm)	Φ50~Φ150	≥8 in light direction	Φ50~Φ150	≥10
Luminousness (%, 1mm thickness)	>60%@λ>500nm >70%@λ>10μm	>65%@λ>500nm >71%@λ>10μm	/	/
Absorption Coefficient (cm^-1)	<0.12@λ=1.06μm <0.07@λ=10.6μm	<0.10@λ=1.06μm <0.05@λ=10.6μm	/	/
Thermal Conductivity (W/mk@300K)	>1800	>2200	>1200	>1500
Thermal Expansion Coefficient (10^-6/K@300K)	1.0	1.0	1.0	1.0
Dielectric Constant	5.5±0.2@140GHz	/	/	/
Dielectric Loss	<6*10^-5@GHz	/	/	/
Vickers Hardness (GPa)	80	70~120	80	70~120
Thickness (mm)	≥1	/	≥0.2	≥0.1
Thickness Tolerance (mm)	±0.03	±0.03	±0.03	±0.03
Parallelism (μm/cm)	≤5	≤4	/	/
Flatness PV Value (fringe/cm@633nm)	≤1	≤1/3	/	/
Roughness (nm)	≤10	≤2	≤30	≤30
Warp (μm/cm)	≤4	/	/	/

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FAQ

How do CVD Diamond Wafers perform in thermal management?

A: CVD Diamond Wafers excel in thermal management due to their superior thermal conductivity, which surpasses most metals, including copper. This makes them ideal for use in heat sinks and thermal spreading applications in high-power electronics, laser systems, and LEDs. Their ability to efficiently dissipate heat helps prevent overheating in sensitive electronic components, enhancing their reliability and performance.

Can CVD Diamond Wafers be customized for specific applications?

A: Yes, CVD Diamond Wafers can be tailored to meet various application needs. Common customization options include:

Doping: Adding other materials to modify the electrical properties of the wafer.
Surface Treatment: Etching or polishing the surface to achieve specific finishes required for electronics or optical applications.
Machining: Cutting and coating to meet precise dimensional and functional requirements.

What are the differences between Polycrystalline and Single-Crystal CVD Diamond Wafers?

Property	Polycrystalline CVD Diamond Wafers	Single-Crystal CVD Diamond Wafers
Structure	Multiple small, randomly oriented crystals	Single, continuous crystal structure
Mechanical Properties	Less strong, affected by grain boundaries	Superior hardness, strength, and wear resistance
Thermal Conductivity	Lower (due to grain boundaries)	Higher, excellent heat dissipation
Optical Properties	Lower clarity, potential defects	Superior optical clarity and precision
Electrical Properties	More isotropic, less controlled	Highly controllable, direction-dependent
Applications	Industrial tools, heat sinks, abrasives	Electronics, optics, high-performance applications

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