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Sputtering Targets Product Data

Resources

  1. PDF icon Sputtering Targets

    Materion’s comprehensive line of PVD products and services can resolve your concerns for uniformity, reproducibility, purity, homogeneity, and other challenges. Learn more.

  2. PDF icon Semiconductor Materials

    Materion offers a broad range of support materials and services to the semiconductor industry including sputtering targets, evaporation materials, microelectronics packaging and more.

  3. PDF Document PC RAM Materials

    Materion is producing new alloys for Phase-Change Random Access Memory (PC-RAM) applications. We meet the need of the global advanced memory market for innovative materials that are highly defined for composition, size, purity and consistency.

  4. PDF Document STT RAM Materials

    While it can be difficult working with brittle magnetic alloys, Materion has the expertise to produce the widest range of high purity thin film materials to meet STT-RAM requirements.

  5. PDF icon Materials for Large Area Glass Coatings

    Materion provides a wide variety of materials for large area thin film coating applications. Having the technical strength and manufacturing capability to develop, customize and produce sputtering targets across a variety of materials and alloys, Materion puts its resources to work for you to bring to market the next breakthrough in materials for large area coating.

  6. PDF icon Materials for Solar Applications

    Materion's produces precious metal & non-precous metal sputtering targets, ceramic & inorganic compound sputtering targets, evaporation materials and inorganic chemicals to enhance performance of solar devices.

  7. PDF Document Aluminum Scandium Sputter Targets

    Materion has developed a melt-based process for producing Aluminum-Scandium sputter targets with high chemical uniformity, low oxygen contents, and 3N purity.

  8. PDF Document Nickel Chromium Sputtering Targets

    Nickel Chromium sputtering targets for large area coating applications. Our NiCr targets are specifically developed to produce low defect and high performance thin films.

  9. PDF Document Niobium Oxide Sputtering Targets

    Niobium Oxide rotatable sputtering targets for glass and display applications. Our rotatable sputtering targets are specifically developed to produce low defect films for large area coating operations with optimized target lifetime.

  10. PDF Document Silicon Aluminum Sputter Targets

    Silicon Aluminum (SiAl) sputtering targets for large area coating applications. SiAl rotatable targets are produced by a fully controlled proprietary plasma spray process and are used in reflective and anti-reflective coating systems.

  11. PDF Document Silver Sputter Targets

    SIlver (Ag) sputtering targets for glass and photovoltaic applications. Our Ag rotatable sputtering targets are specifically developed to produce low defect films for large area coating operations with optimized target life time.

  12. PDF Document Tin Sputter Targets

    Tin (Sn) sputtering targets for large area coating applications. Our high purity Sn sputtering targets both planar and rotatable are specifically developed to produce low defect, high performance thin films.

  13. PDF Document Titanium Oxide Sputter Targets

    Titanium Oxide rotatable sputtering targets for glass applications. Materion is the world’s leading supplier of rotatable sputtering targets for large area glass coatings.

  14. PDF Document ZAO-AZO Rotatable Sputter Targets

    Rotatable sputtering targets for high performance Al-doped Zn oxide coatings. Our thermally sprayed ZAO rotatables increase target utilization and save raw materials costs.

  15. PDF Document Zinc and Zinc Alloys Sputtering Targets

    Sputtering targets for large area coating applications. Our high purity zinc/zinc alloy targets are specifically developed to produce low defect and high performance thin films.

  16. PDF icon Rotatable Sputtering Targets - Performance Comparison of Silver Sleeved Rotary Targets with Planar Targets

    Due to cost, mechanical strength and handling silver is not available in the rotating cylindrical form. However, new methods are being tested at Materion that will enable silver to be in the desired form.