‌6H-N Type SiC Wafer: 2-Inch Substrate, Thickness 350μm or 650μm‌

As the transportation, energy, and industrial markets evolve, the demand for reliable, high-performance power electronics continues to grow. To meet the requirements for improved semiconductor performance, device manufacturers are turning to wide-bandgap semiconductor materials, such as our 4H-SiC Prime Grade (4H-type n-type silicon carbide) wafers. These wafers offer exceptional crystal quality and low defect density, making them ideal for demanding applications.

• Optimized Performance & Cost

  Larger wafer diameters enable economies of scale in semiconductor manufacturing, reducing total cost of ownership.

• Compatibility

  Designed to ensure mechanical compatibility with existing and emerging device fabrication processes.

• Customization

  Can be tailored to meet specific performance and cost requirements for device design.

• Quality Assurance

  Low defect density wafers available (MPD ≤ 0.1 cm⁻², TSD ≤ 400 cm⁻², BPD ≤ 1,500 cm⁻²).

• 2-inch Wafers

  Available in thicknesses of 0.33mm or 0.43mm.

• 6H-N/4H-N SiC Substrates

  High-purity single-crystal structures for power electronics.

• 150mm Wafers

  enable improved economies of scale compared to 100mm device fabrication.

We offer comprehensive customization options, including:

• Material specifications (resistivity, doping type, etc.).
• Wafer size optimization (150mm and larger).
• Surface treatment customization.
• Special coatings (e.g., optical coatings).

For detailed technical specifications, please refer to our 150mm Silicon Carbide Wafer Technical PDF.

• Shipping Methods

  If you have your own courier account with DHL, FedEx, TNT, UPS, EMS, or SF Express, we can act as your shipping agent. 

• Payment Methods

  T/T, PayPal, Western Union, MoneyGram, Letter of Credit. Bank fees: ≤ USD1000 for Western Union; T/T over USD1000 requires telegraphic transfer.

• Delivery Time
  • Stock products: 5 business days.
  • Custom products: 7-25 business days (depending on order volume).
• Customization Capabilities

  We can tailor material specifications, size parameters, and optical coatings to meet your specific needs.