Minerals made for better results
Drop-in, low-carbon materials.
Made locally.
Small change, big impact
Our locally made materials are direct drop-in replacements for conventionally produced alternatives, with lower emissions and shorter lead times.
You get the quality and performance you need, without changing your existing systems.
With local production, we help shorten your supply chain and reduce procurement risks.
Our materials also provide a more practical way to reduce emissions at your operation.
Materials you already use. Just made better.
Magnesium
High purity, low-carbon magnesium for a wide range of applications.
Our magnesium range is designed for applications where alkalinity control and performance matter.
It’s well suited for use in agricultural supplements, wastewater treatment, carbon removal and high value alloy manufacturing.
An essential mineral for healthy soils, water, animals and people, our magnesium delivers the performance you need without the heavy metals or carbon emissions linked to conventional production.
All our materials are produced from the same abundant rock type, through one circular process, giving you
high-quality products without unexpected contaminants.
Nickel mixed hydroxide
Sustainably produced, low-carbon nickel mixed hydroxide for high-performance energy storage.
Our nickel mixed hydroxide offers a cost-competitive, lower-impact option for energy storage solutions.
Produced locally from abundant olivine-rich rock, it contains up to 40% nickel and ultra-low aluminium, giving battery manufacturers a cleaner source of nickel.
Clean energy infrastructure depends on critical minerals that are often sourced from a small number of countries. Our nickel mixed hydroxide helps reduce that reliance, supporting domestic innovation in clean energy and advanced manufacturing.
Silica
Industry-grade reactive silica for lower-carbon cementitious systems.
Our reactive silica gives cement producers a verified lower-carbon alternative to Portland cement.
As a supplementary cementitious material, it can replace up to 30% of conventional cement while supporting strength and performance.
Concrete is responsible for nearly 8% of global emissions. Supplementary cementitious materials help reduce that impact, and our silica has been independently verified for partial cement replacement and meets standards in New Zealand, the US and the EU as a natural pozzolan.
LOCAL SUPPLY
Dependable domestic production
LIKE-FOR-LIKE
Designed for existing processes
HIGH QUALITY
Maintain performance and output
LOW-CARBON
Reduce emissions across operations
Explore more
Learn more about why products from Aspiring Materials will reshape the impact industry has on us and the planet.
Magnesium, nickel, manganese and cobalt are all noted as strategic critical minerals by major industrial nations. But why?
Learn how these minerals are powering the future and why we need to rethink how we source them >
We're busy changing how and where minerals are made so it's great when others help share our story.
