12-Inch 300mm DSP Dummy Grade Silicon Wafers from China Suppliers and Factory for Advanced Manufacturing
Premium Japanese Sourcing
Primarily manufactured in our Japanese facility, guaranteeing elite material quality and consistency.
For Leading-Edge Technology
Essential for supporting EUV lithography and the development of next-generation semiconductor devices.
Mission-Critical Performance
Engineered for the most demanding tasks in 300mm fabs, including plasma cleaning and use as benchmark wafers.
Elite Fulfillment Program
All orders are managed under a premium fulfillment program to ensure integrity and timely delivery for critical fab operations.
| Grow Method | Type | Dopant | Resistivity | RRV | Orientation | Slice Orientation | Diameter Tolerance | Primary Flat Location | Primary Flat Length | Thickness | TTV | Warp | Bow | Front Side | Backside |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| CZ | P | Boron | 0-100 Ω·CM | 12% | <100> | ±1° | 300±0.2mm | <110>±1° | / | 775±25um | ≦30um | ≦40um | ≦40um | Polished | Polished |
Where are these silicon wafers manufactured?
These wafers are primarily sourced and manufactured in our dedicated Japanese facility, ensuring the highest standards of material quality, consistency, and precision controls.
Are these wafers suitable for advanced EUV lithography?
Yes. They are specifically engineered to support EUV lithography processes and are essential for developing next-generation semiconductor devices.
What are the key dimensional specifications of these 300mm wafers?
The wafers feature a nominal diameter of 300±0.2mm, a thickness of 775±25um, and maintain a Total Thickness Variation (TTV) of ≦30um, with both warp and bow kept within ≦40um.
What type of dopant and resistivity range do they offer?
These are P-type wafers doped with Boron, offering a resistivity range of 0-100 Ω·CM and a Radial Resistivity Variation (RRV) of 12%.
What is the surface finish on the front and back sides?
Both the front side and the backside of the wafers are fully polished to meet the stringent requirements of cleanroom fab operations.
How is the delivery integrity of these wafers managed?
All orders are processed under our Elite Fulfillment Program, which is designed to guarantee product integrity, minimize contamination risk, and ensure timely delivery for critical fab environments.



