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1Pc CVD Diamond Seed Wafer MP Substrate,0.3mm(1/64in) Thick,DSP in Saudi Arabia

1Pc CVD Diamond Seed Wafer MP Substrate,0.3mm(1/64in) Thick,DSP 6×6mm(1/4"×1/4") 1pc

SAR 278

Brand
MOYEE
Weight
350 g
Color6×6mm(1/4"×1/4")
Size1pc
All electronics ship with US style plugs. You may need a voltage converter or a plug adapter.
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Special Features

  • Point 1 SINGLE CRYSTAL STRUCTURE : Low impurity content and stable batch performance for consistent test results.
  • Point 2 DOUBLE SIDE POLISHED : Smooth mirror surface helps reduce defects during crystal epitaxy.
  • Point 3 PRECISION CUT : Controlled flatness and tight dimensional tolerance for precise assembly.
  • Point 4 STABLE PHYSICAL PROPERTIES : Good electrical insulation and high thermal conductivity for long term use.
  • Point 5 MULTIPLE APPLICATIONS : Suitable for MPCVD growth, semiconductor cooling and lab material research.

Description

CVD Single-Crystal Diamond Seed Wafer (MP Substrate) is fabricated via chemical vapor deposition process. This double-side polished square diamond plate serves as homoepitaxial growth seed, semiconductor thermal substrate, high-power laser heat sink and laboratory research specimen.
The single-crystal lattice structure delivers low impurity content and stable batch consistency. Each wafer is precision cut with flat surface and tight dimensional tolerance. Double-sided mirror polishing effectively reduces defects during diamond epitaxial growth. Featuring high thermal conductivity, excellent electrical insulation and stable physical and chemical properties, these wafers support long-term operation under high-load working conditions.
Available standard sizes:
3×3mm (1/8"×1/8"),
4×4mm (5/32"×5/32"),
5×5mm (3/16"×3/16"),
6×6mm (1/4"×1/4"),
7×7mm (9/32"×9/32"),
8×8mm (5/16"×5/16"),
9×9mm (11/32"×11/32"),
10×10mm (3/8"×3/8"),
11×11mm (7/16"×7/16").
Each wafer is individually packaged with foam cushion in transparent case to prevent chipping and scratching. Widely used for MPCVD diamond growth, semiconductor chip thermal management, laser device heat dissipation and material science laboratory tests.

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