Wafers & Substrates There are 79 products.

Subcategories

• 

  Single Crystal Substrates

  Single crystal substrates are highly pure materials with a uniform atomic structure, providing an ideal foundation for the growth of high-quality thin films and semiconductor devices. These substrates are essential in industries such as electronics, optoelectronics, and photonics, where precise material properties and defect-free surfaces are critical. Common materials for single crystal substrates include silicon, sapphire, and gallium nitride, offering superior performance in applications like LED production, solar cells, and integrated circuits.

  Single Crystal Substrates for Epitaxial Thin Films

  Single crystal substrates support epitaxial film growth, oxide electronics, photonics, surface science and materials development. Selection depends on substrate composition, orientation, dimensions, thickness, miscut, polishing sides, roughness, flatness, termination and packaging.

  Substrate Ordering Information

  Provide material, orientation, size, thickness, miscut, one-side or double-side polishing, roughness, flatness, surface termination or coating, quantity and intended film or device process.

• 

  Thin Film Substrates

  Thin film substrates are materials designed to support the deposition of thin films, providing a stable and reliable foundation for the fabrication of advanced electronic, optical, and energy devices. These substrates are commonly used in semiconductor manufacturing, solar cells, displays, and sensors, where precise control over surface properties and material compatibility is essential.

• 

  Epitaxial Thin Film

  Epitaxial thin films are precisely grown layers of material that are deposited on a substrate with a highly ordered crystal structure, ensuring that the thin film's properties align with the underlying substrate. These films offer exceptional electrical, optical, and mechanical properties, and are critical in making advanced semiconductor devices, such as LEDs, solar cells, and integrated circuits. Epitaxial thin films 

  Epitaxial Thin Films and Wafers

  Epitaxial thin-film products are supplied for semiconductor devices, optoelectronics, heterostructures and materials research. Compare substrate, layer sequence, composition, thickness, doping, orientation and surface quality.

  Selection and Ordering Information

  Provide the substrate, epitaxial layer stack, composition, layer thickness, doping or conductivity, orientation, wafer size, surface finish, characterization and quantity.

• 

  Conductive Glass...

  Conductive Glass Substrates are specially designed materials that combine the transparency of glass with excellent electrical conductivity, making them ideal for use in electronic and optoelectronic devices. 

  Glass and Conductive Glass Substrates

  This category includes quartz, optical glass and transparent conductive coated glass for optics, displays, sensors, thin films and electronic devices. Compare glass type, optical quality, coating, transmission and sheet resistance.

  Selection and Ordering Information

  Provide glass type, size, thickness, surface quality, flatness, coating and sheet resistance when applicable, transmission range, edge finish, packaging and quantity.

• 

  Ceramic Substrates

  Ceramic substrates offer excellent thermal conductivity, electrical insulation, and mechanical strength. They are particularly essential in high-temperature environments and are widely used in power electronics, automotive components, and LED technology.

  Ceramic Substrates for Electronic Assemblies

  Ceramic substrates combine electrical insulation, thermal management and dimensional stability for power electronics, circuits, sensors and semiconductor packaging. Metallized options require controlled patterns and adhesion.

  Selection and Ordering Information

  Specify ceramic grade, dimensions, thickness, flatness, surface finish, metallization material and pattern, plating or adhesion requirements, drawing, packaging and quantity.