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- Home
- About Us
- Substrates
- Silicon Wafer
- Silicon Wafer Diameters
- 25.4mm Silicon Wafer
- 50.8mm Silicon Wafer
- 76.2mm Silicon Wafer
- 100mm Silicon Wafer
- 125mm Silicon Wafer
- 150mm Silicon Wafer
- 200mm Silicon Wafer
- 300mm Silicon Wafer
- 450mm Silicon Wafers
- 1 Inch Silicon Wafer
- 2 Inch Silicon Wafer
- 3 Inch Silicon Wafer
- 4 Inch Silicon Wafer
- 5 Inch Silicon Wafer
- 6 Inch Silicon Wafers
- 12 Inch Silicon Wafers
- Silicon Wafer Types
- P-Type Silicon
- N-Type Silicon
- Undoped Silicon
- Float Zone
- Silicon Wafer Flats
- Single Side Polished Silicon Wafers
- Double Side Polished Silicon Wafers
- As-Cut Silicon Wafers
- Lapped Silicon Wafers
- Etched Silicon Wafers
- Low Total Thickness Variation Silicon Wafers
- Porous Silicon
- Thin Film
- Ultra-Flat Silicon Wafers
- Silicon Wafer Grades
- Silicon Wafer Mobility Calculator
- Soft Lithography
- PDMS Micro-fluidic Chip Platforms
- Platinized Silicon Wafer
- Epitaxial Silicon Wafers
- Silicon Wafer Surface Roughness
- Silicon Wafer Uses
- Semiconductor and Related Device Manufacturing
- Gold Coated Silicon Wafers
- X-ray diffraction @ zero background specimen holder
- Diced Silicon Wafers
- Wafer Bonding
- Wafer Preperation
- Wafer Processing
- Polyelectrolyte Multilayer Modified Silicon
- Chemical Mechanical Polishing (CMP)
- Silicon Wafer Microfluidics
- Thinnest Silicon Wafers
- Annual Volume of Silicon Wafer Production
- Plasma Etching Silicon Wafers
- Silicon Wafer Annealing
- Direct Radioactive Nuclide Electricity
- Polycrystalline Silicon
- Substrates 2d Materials
- Zinc Oxide on Silicon
- FTIR Undoped Silicon
- High-Pressure Synthesis Experiments
- Silicon Pillars
- PDMS Microstructures
- Silicon Mirros
- Ar Ion Evaporator Deposited Metal Contacts
- Silicon Ingots
- PTFE
- Silicon Wafer Sorting
- Black Silicon Wafers
- Ultra-Flat Silicon Wafers
- Diced Silicon Wafers
- Silicon Wafer Bonding
- Silicon Wafer Fabrication
- Cleaving Silicon Wafers
- Silicon Wafer Orientation
- Ultra-Thin Silicon Wafers
- Custom Silicon Wafers
- Silicon Wafer Suppliers
- Partical Count
- Silicon Wafer Diameters
- Aluminum
- Glass Wafers
- Fused Silica Wafers
- Gallium Nitride Wafers (GaN)
- Germanium Wafers
- Graphene
- Silicon Carbide (SiC)
- Sapphire (Al2O3) Wafers
- Quartz Single Crystal
- Solar Wafers
- TEOS Oxide
- Silicon on Insulator Wafers
- Thermal Oxide
- Silicon Wafer
- Blog
- Wafer Store
- Contact Us
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Buying Silicon Wafers
Silicon wafers are thin, circular discs made of high-purity silicon that are used in the fabrication of semiconductor devices such as microchips. They are typically used as the substrate on which microelectronic devices are built, and they can be purchased from a variety of sources, including online retailers and specialized manufacturers. When purchasing silicon wafers, it is important to consider factors such as the diameter and thickness of the wafers, the type of silicon used (such as single-crystal or polycrystalline), and the surface finish (such as polished or epi-ready). It is also important to consider the level of purity required for your application, as the purity of the silicon can affect the performance of the devices built on the wafer. Finally, you should be aware of any specific requirements or specifications that your application may have, such as the need for particular dopants or a certain level of flatness.