6-Inch Silicon Dummy Wafers from China Suppliers - High-Quality Factory Production for Consistent CMP Runs and Equipment Monitoring
Production-Proven Reliability
Built for endurance in high-volume CMP and diffusion furnace processes.
Stable Supply Chain
Dual-source manufacturing from our China and Japan sites ensures a consistent and reliable supply.
Optimized for Manufacturing
Delivered within a predictable lead time to keep your production schedule on track.
Yield Protection
Plays a vital role in equipment monitoring and process stabilization, directly contributing to yield preservation.
| 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/N | Boron | 0-100 Ω·CM | 12% | <100> | ±1° | 150±0.3mm | <110>±1° | 57.5±2.5mm | 675±25um | ≦30um | ≦30um | ≦30um | Polished | Etched |
What is the growth method used for these wafers?
These wafers are manufactured using the Czochralski (CZ) growth method, which is the industry standard for producing high-quality monocrystalline silicon.
Which semiconductor processes are these wafers optimized for?
They are specifically designed and optimized for high-volume Chemical Mechanical Planarization (CMP) and diffusion furnace processes.
How does the dual-source manufacturing benefit my supply chain?
By producing these wafers in both our China and Japan facilities, we mitigate supply chain risks and guarantee a consistent, stable, and timely delivery schedule.
What are the surface specifications for the front and back sides?
The wafers feature a polished front side for optimal processing and an etched backside to meet standard equipment and handling specifications.
What is the typical thickness and flatness variation of these wafers?
The nominal thickness is 675±25µm, with Total Thickness Variation (TTV), Warp, and Bow values all strictly controlled to ≦30µm to ensure process stability.



