Magnesium
High purity, low- carbon magnesium for a wide range of applications.
Designed for applications where alkalinity control, purity and performance matter.
Product snapshot
Specs
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Hydroxide, oxide and carbonate compounds
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Greater than 95% and 98% purity
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Available in slurry, powder and paste forms
Benefits
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Low-waste, low carbon production
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Cost-competitive
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Non-hazardous alternative to caustic soda or lime
Properties that deliver quality, reliability and performance
The properties of our magnesium make it an effective input across a range of industrial uses.
Alkalinity control
More alkalinity per kilogram
Controlled release
Non-corrosive performance
High heat materials
Excellent thermal insulation
Non-combustible
High melting point
Metals manufacturing
Low-carbon metal input
High strength-to-weight ratio in finished alloys
Lightweight end-use performance
Environmental
High CO2 absorption capacity
Rapid sequestration rate
Quantifiable storage
Industrial applications
ALKALINITY CONTROL
Wastewater treatment
Our magnesium hydroxide is a safer, lower-carbon alternative for wastewater treatment, helping reduce Scope 3 emissions in existing operations.
HIGH HEAT MATERIALS
Refractory materials
Use our magnesium oxide to produce lower-carbon refractory materials for steelmaking and other high-heat industrial processes, without compromising performance.
ALKALINITY CONTROL
Agricultural supplements
Improve livestock nutrition, soil health and farm yield with our magnesium oxide, a controlled source of alkalinity that can support bicarbonate formation in soils.
METALS
Alloy manufacturing
For structural applications where lightweight strength and durability matter, our magnesium hydroxide can be used to produce lower-carbon magnesium metal.
ALKALINITY CONTROL
Industrial waste management
Neutralise industrial acid waste safely with our magnesium hydroxide, using slow-release alkalinity and improved pH buffering to help meet environmental standards.
ENVIRONMENTAL
Carbon removal
Our magnesium hydroxide helps mineralise and permanently store CO2 from industrial emissions, and supports natural carbon dioxide removal processes.
Why choose Aspiring Materials
Sourced from mining waste
Our magnesium is derived from olivine, an abundant rock, typically discarded as waste in mining operations. By sourcing magnesium from an abundant feedstock, supply chain logistics are dramatically reduced.
Produced from a patented low-carbon process
Developed from decades of R&D, patented across world leading markets, the Aspiring Process produces no waste or carbon emissions. Our pilot plant is currently capable of processing 250kgs of olivine per day.
Developed in New Zealand, globally scalable
World-leading technology developed in Christchurch, New Zealand our elegant process design makes it easy to scale wherever critical minerals are needed.
