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Eagle ガラスウェーハ 4inch BK7 B270用の透明なガラス
Quartz Wafer 12inch High Purity Double Side Polished Substrate - Soka Technology Quartz Wafer 2~6inch Synthetic Fused High Quality Double Side Polished Substrate
Quartz Wafer 6025 LSI Photo Mask Synthetic Quartz Substrate (Made in Japan) - Soka Technology Quartz Wafer 6025 LSI Photo Mask Synthetic Quartz Substrate (Made in Japan) - Soka Technology
Quartz Wafer 12inch High Purity Double Side Polished Substrate - Soka Technology Quartz Wafer 8~12inch Synthetic Fused High Quality Double Side Polished Substrate
Quartz Wafer Diced Chip Synthetic Quartz Double Side Polished Substrate - Soka Technology Quartz Wafer Diced Chip Synthetic Quartz Double Side Polished Substrate - Soka Technology
Sapphire substrate wafer in a packaging container with a tweezer, showcasing high purity LED optics for research.
Sapphire substrate wafer in a packaging container with a tweezer, showcasing high purity LED optics for research.
Sapphire substrate wafer in a packaging container with a tweezer, showcasing high purity LED optics for research.
Sapphire wafer 6inch High Purity LED Optics Double Side Polished Substrate - Soka Technology Sapphire substrate wafer in a packaging container with a tweezer, showcasing high purity LED optics for research.
Sapphire wafer 6inch 8inch High Quality LED Optics Single Side Polished Substrate
Silicon Wafer 8inch P/N Type(100) 1-100Ω Single Sided/Double Polished Dummy Grade Reclaimed Substrate in storage container. ShinEtsu Silicon Wafer 8inch P - Type 1~100Ω Single Sided Polished Test Grade - Soka Technology
Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Silicon Carbide SiC Ingot 8inch N Type Production / Dummy Grade - Soka Technology Silicon Carbide SiC Ingot 8inch N Type Production / Dummy Grade - Soka Technology
Silicon Carbide SiC Ingot 8inch N Type Production / Dummy Grade - Soka Technology Silicon Carbide SiC Ingot 8inch N Type Production / Dummy Grade - Soka Technology
Silicon Carbide Substrate 3C/6H/ Dummy Grade SiC Wafer in round container with blue-green gel surface. Silicon Carbide Substrate 3C/6H/ Dummy Grade SiC Wafer, high-quality research SiC wafers.
Silicon Carbide Substrate 3C/6H/ Dummy Grade SiC Wafer, high-quality research SiC wafers. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications. Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background.
Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background.
Silicon Carbide Substrate 3C/6H/ Dummy Grade SiC Wafer, high-quality research SiC wafers. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.
Three greenish-yellow spheres of varying sizes arranged in a triangular formation on a white background. Silicon carbide substrate wafer placed in a clear containing, showcasing its high-quality finish for research applications.