!
Your connection is not secure.

From 31st May you may not be able to access Springer Nature websites. This could be because you are using an older browser or an unsupported proxy. Please update your browser or speak to your IT department.

!
Your connection is not secure.

From 31st May you may not be able to access Springer Nature websites. This could be because you are using an older browser or an unsupported proxy. Please update your browser or speak to your IT department.

The research solution for identifying material properties Fast and reliable insights accelerating materials science research

SpringerMaterials provides curated data and advanced functionalities to support research in materials science, physics, chemistry, engineering, and other related fields.

  • A comprehensive database covering multiple material classes, property types, and applications
  • Enhanced data visualization features display interactive crystal structures, data tables, and phase diagrams with export options for further analysis
  • Search functions optimized for materials science like elemental composition or chemical structure searching to quickly find material property data
  • Trusted and curated resource with thousands of materials science experts ensuring high data quality
Learn more about how this can benefit you

LATEST DEVELOPMENTS ON SPRINGERMATERIALS

  • Coming soon: Advanced interactive tools for semiconductor content on SpringerMaterials

    The first set of digitized data from the Landolt-Börnstein volumes on semiconductor materials will launch this fall on SpringerMaterials. PDF documents of these books will soon be available in interactive formats as part of the SpringerMaterials Interactive. Users will be able to take advantage of enhanced data visualization, material comparisons, and export tools to analyze property data of semiconductor materials. A few substances are already available for use here is an example but stay tuned for more!

Find our previous developments in our archive