Blog

When we think about the materials that enable our modern world, zircon rarely makes the list. Yet this naturally occurring mineral - found in many parts of the world - has a surprisingly large and diverse portfolio of applications.

Zircon has long been a cornerstone material in the ceramics industry, and its relevance continues to grow as manufacturers pursue higher performance and more sustainable solutions.

Zircon and zirconia play a pivotal role in a wide range of sustainable technologies that support energy efficiency, emissions reduction, and low-carbon innovation.

Discover how zircon-based implant material for hip and joint bearing surfaces is transforming lives in our newly published blog.

Zirconium dioxide (or zirconia) provides a high strength, wear resistant, chemically inert and non-toxic surface ideal for medical implants.

Zircon is playing a role in minimising the environmental impact of how we live.

New zirconia-containing 5G smartphone cases will enable stronger signals, much faster data download and wireless charging.

Zircon has a unique range of properties that make it vital in the manufacture of precision parts like turbine blades.

Zircon sand is not corrosive to metal and, therefore, is not a candidate for classification as a corrosive in bulk.

Zircon has an overall low environmental impact and significantly lower compared to calcined alumina, an alternative opacifier, in ceramic tiles

Zircon-containing ceramic roof tiles increase solar reflectance, reducing the environmental impact of buildings

Radiation levels from zircon are low, whilst zirconia and zirconium metal are not radioactive.

What links ceramic tiles, nuclear reactor cores, anti-perspirants and dental implants?

Uses and development of zirconium alloys in the nuclear power industry.

Learn about the different properties associated with zircon, zirconia and zirconium.