SpringerMaterials

SpringerMaterials, one of the world's largest curated databases in materials science, takes center stage in scientific research. With an extensive collection of over 290,000 materials and 3,000+ physical and chemical properties, this comprehensive platform emerges as an indispensable asset for researchers in materials science, physics, chemistry, engineering, and beyond.

Covering an array of research areas, SpringerMaterials delves into the realms of bulk and fine chemical manufacturing, petroleum and petrochemicals, organic-inorganic perovskite materials, semiconductors, electronic and optical materials, ceramics, polymer synthesis and processing, and materials for fuels and energy applications. This vast coverage enables users to explore and analyze critical data from trusted sources, fostering well-informed decision-making and groundbreaking discoveries.

Whether you are an academic, a professional, an undergraduate or a researcher at every level, SpringerMaterials offers a wealth of curated data and advanced functionalities to propel your research to new heights.

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Why SpringerMaterials?

Discover the power of knowledge with SpringerMaterials, a leading curated materials science database that stands at the forefront of scientific research.

Fast and reliable insights accelerating materials science research at every level:

High quality vast collection

The database is principally based on the Landolt-B枚rnstein Series, an unique and authoritative data collection on chemical and physical materials. The vast collection also comprises: MSI Eureka, Linus Pauling Files 鈥� Inorganic Solid Phases, Polymer Thermodynamics Database (ATHAS), Dortmund Databank of Separation Technology, Springer Handbooks (e.g., VDI Heat Atlas), Adsorption Database, NIST Corrosion Database, SpringerMaterials Fundamentals Handbooks, the Semiconductor Research Solution and, the newest content collection, the Organic-Inorganic Perovskite Data Set.

Time-saving intuitive search functions

Save time with search options optimized for materials science: our powerful search engine provides intuitive results, so you can spend less time searching and more time researching. Interactive crystal structures, data tables, phase diagrams, and fast data export are some of the tools to help save critical time and provide deep insights into material structures and properties. Use multiple search tools to quickly find material property data: keyword search, periodic table search, chemical structure search and corrosion search.

Trusted and curated resource

As the amount of scientific information exponentially increases, the need for critically evaluated and easily retrievable data becomes ever greater. Information must be crosslinked, updated, and presented in intuitive and readily accessible ways. SpringerMaterials effectively addresses these challenges for materials science and closely related fields in chemistry, engineering, and physics. The database is a comprehensive curated resource for properties, figures and graphs in materials science, with over 500,000 online documents covering 3,000 properties across 290,000 materials on a single platform.