CRITICAL MINERALS & ESSENTIAL MATERIALS
Small change, big impact
Our critical minerals and essential materials are direct drop-in replacements, delivering identical quality and performance to their imported counterparts, without the high-carbon footprint. Our 'local to you' production model shortens your supply chain, providing you the confidence and certainty that your industry and your customers demand. It's win-win for you and our world.
Magnesium
High purity, low emissions magnesium for a wide range of applications.
Range
Features
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High purity
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No heavy metals
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Zero carbon
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Hydroxide
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Oxide
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Metallic
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Carbonate
Ideal for
Alkalinity control
High heat materials
Metal alloys
Carbon removal
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Delivers more alkalinity per kilogram
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High absorption capacity
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Controlled release
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Non-corrosive
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Excellent thermal insulation
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Non-combustible
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High melting point
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Lightweight
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High strength to weight ratio
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High thermal conductivity
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Rapid sequestration rate
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Quantifiable storage
Industrial applications
ALKALINITY CONTROL
Our magnesium hydroxide is a safer, lower-carbon alternative for wastewater treatment, helping reduce Scope 3 emissions in existing operations.
Wastewater treatment
HIGH HEAT MATERIALS
Use our magnesium oxide to produce lower-carbon refractory materials for steelmaking and other high-heat industrial processes, without compromising performance.
Refractory materials
ALKALINITY CONTROL
Improve livestock nutrition, soil health and farm yield with our magnesium oxide, a controlled source of alkalinity that can support bicarbonate formation in soils.
Agricultural supplements
METALS
For structural applications where lightweight strength and durability matter, our magnesium hydroxide can be used to produce lower-carbon magnesium metal.
Alloy manufacturing
ALKALINITY CONTROL
Neutralise industrial acid waste safely with our magnesium hydroxide, using slow-release alkalinity and improved pH buffering to help meet environmental standards.
Industrial waste management
ENVIRONMENTAL
Our magnesium hydroxide helps mineralise and permanently store CO2 from industrial emissions, and supports natural carbon dioxide removal processes.
Carbon removal
Nickel mixed hydroxide
Sustainably produced, locally sourced low carbon mixed metal hydroxide to power high performance energy storage.
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>40% Nickel content
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High purity, zero aluminium
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Cost-competitive
Range
Features
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Nickel Mixed Hydroxide
Ideal for
Critical energy minerals
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High strength and durability
High performance batteries
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High energy density
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Corrosion resistant
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Environmentally-friendly
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Longer battery life
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High energy efficiency
A critical minerals input for energy storage, our nickel mixed hydroxide offers a lower-carbon, high-purity option with ultra-low aluminium.
Energy
Produced locally, our nickel mixed hydroxide helps strengthen access to a cathode precursor material needed in battery manufacturing.
Manufacturing
Industrial applications
Silica
Industry grade, carbon free reactive silica to reduce your emissions footprint and increase your production output.
Features
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No contaminants
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Zero carbon
Ideal for
Supplementary Cementous Material (SCM)
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High reactivity rate
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Early age strength
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Carbon free
Our silica reduces the carbon intensity of concrete for infrastructure projects, while supporting early-age strength and long-term durability.
Infrastructure
Produce lower-carbon concrete in building and construction with our silica, for dependable performance and consistent results.
Building & construction
Industrial applications
LOCAL TO YOU
Derisk your supply chain with locally manufactured materials
HIGH QUALITY
Gain confidence in quality with our high purity materials
NO FOOTPRINT
Lower your carbon footprint by simply swapping suppliers.
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.
