Home/ Products / CVD Diamond Substrate / Single-crystal Diamond Substrate
Specification
Item Single-crystal diamond substrate
Diameter 20 x 20mm
Thickness 100μm、300μm、500μm
Surface Finish Double side polished
Surface Orientation <100>
Crystal Growth Method MPCVD
Polish roughness 1~10nm
Thermal Conductivity 1500-2300W/m.K


Customization specifications:

* Various sizes and shapes such as 5*5mm,10*10mm,1~4inch.

* Various thicknesses: 0.1~5mm

* Various surface roughness such as slicing,lapping.

* crystal type:single crystal diamond or polycrystalline diamond.


Properties
Single-crystal diamond substrate
Crystal Structure Cubic Crystal
Band Gap (eV) 5.47 eV
Melting Point (°C) 4027 °C
Mohs Hardness 10
Thermal Conductivity (W·cm⁻¹·°C⁻¹) 20
Thermal Expansion Coefficient (°C⁻¹) 0.8 × 10⁻⁶
Lattice Constant (nm) 0.3567 nm
Electron Mobility (cm²·V⁻¹·s⁻¹) 1600
Breakdown Electric Field (MV·cm⁻¹) 10
JFM Index (Power) 5330
BFM Index (SW) 14860
BHFM Index (RF) 1080
Refractive Index 2.417
SKU: --
20 x 20 mm CVD Single‑Crystal Diamond Substrate
Crystal direction
  • 100
Surface
  • DSP
Thickness
  • 100μm
  • 300μm
  • 500μm
Pieces
  • 1pcs
  • 25pcs
  • 100pcs
Stock: 8999991
Quantity
$1,000.00 ~ 1,800.00

ADD TO CART

paypal visa wst amex
DESCRIPTION

Our 20 x 20 mm CVD Single‑Crystal Diamond Substrate is synthesized via CVD chemical vapor deposition technology. It combines excellent heat‑spreading capability, broad optical transparency and strong resistance to chemical erosion.

You may customize substrate thickness, surface status (as‑grown / polished), crystal orientation and special surface processing.

Larger usable area makes it perfect for multi‑chip thermal dissipation, high‑power laser components, optical window parts and institutional research projects.

For best experience, create an login when requesting samples.
Have a question?
Still have questions? Ask our experts!
Email +86-000-0000
Recommend Items
Copyright © Shanghai Kaihui Industrial Equipment Co. LTD All Rights Reserved
paypal visa wst amex

Powered by Bomin