We are developing new, composite materials that can improve the design and fabrication of products, introducing new qualities such as lightness and corrosion resistance.

Polyurethanes polymers manufactured in various forms: as solid, powder and fibre.
 

CSIRO has a long history of studying ceramics and has leading expertise in researching electronic and technical ceramics.

Photo of ceramic membranes developed by CSIRO for oxygen separation
 

Finding the right chemical for a given need is vital for advancing industry and developing new products, new medicines and new treatments for diseases.

Black and white electron microscope image showing hexagons and circles.
 

We use our extensive materials-characterisation toolbox to improve materials processing and performance.

A computer-generated cathodoluminescence spectral map of zircon grains. Different colours are used to show trace element concentrations and metemictisation.
 

CSIRO is exploring the properties of metals, to find new uses and new ways to produce metal products.

Photograph of two aluminium bars.
 

CSIRO is internationally recognised for our expertise in organic synthetic chemistry, materials science and their application to polymers.

Polymer scientists, Drs Thilak Gunatillike and Raju Adhikari, at work in the laboratory.
 

CSIRO focuses its research into renewable materials through its work in plant and animal breeding and genetics, and through its research into the forestry, wool, cotton, minerals and food industries.

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Our textiles research is being used not only for clothes, but for filters, gaskets, insulation, upholstery, carpets, bedding, bandages and wound dressings.

Tensioning shade cloth covers over water basins in East Gippsland, Victoria, Australia.
 

CSIRO is improving durability and stability for wood-based materials and products.

Logs, end view.