CRITICAL MINERALS & ESSENTIAL MATERIALS
Small change, big impact
Our critical minerals and other 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 customers demand.
Magnesium
Carbon-free magnesium to improve your product performance and amplify your decarbonisation commitments.
Range
Features
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Hydroxide
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High purity
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No heavy metals
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Zero carbon
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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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Safe
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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
Aspiring Materials magnesium hydroxide is a safer and superior way to control wastewater treatment processes and eliminate your scope 3 emissions.
Wastewater treatment
HIGH HEAT MATERIALS
With high flame resistance quality, our carbon-free magnesium oxide reduces scope 3 emissions for steel and alumina production processes.
Refractory materials
ALKALINITY CONTROL
Improve livestock nutrition, soil health and farm yield with our magnesium oxide for a controlled source of alkalinity that can also support bicarbonate formation in soils.
Biochemical processing
METALS
Lightweight with high thermal conductivity, our magnesium metal provides the strength, durability and performance needed but without the carbon footprint.
Alloy manufacturing
ALKALINITY CONTROL
Neutralise industrial acid waste safely to meet environmental standards with slow-release alkalinity and improved pH buffering from our magnesium hydroxide.
Industrial waste
CARBON REMOVAL
Our carbon-free magnesium hydroxide mineralises and locks in carbon dioxide from both point source emissions and through direct air capture techniques.
Point source carbon capture
Nickel:Cobalt: Manganese
Ethically produced, locally sourced zero carbon nickel/cobalt hydroxides to power high performance electronics.
Range
Features
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High purity
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Zero aluminium
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Zero carbon
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Hydroxide
Ideal for
Critical energy minerals
High performance batteries
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High strength and durability
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Corrosion resistant
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Environmentally-friendly
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High energy density
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Longer battery life
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High energy efficiency
Critical minerals that facilite a range of clean energy technologies, our nickel:cobalt:manganese hydroxide is high purity, free of carbon and aluminium.
Energy
High performance batteries, crucial for electrification, can be powered by our carbon-free, locally sourced nickel:cobalt:manganese hydroxide.
Manufacturing
Industrial applications
Reactive 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
Increase cement production volumes without compromising strength and quality with our carbon-free SCM.
Infrastructure
Replace emissions intensive Portland cement with our carbon-free reactive silica and reduce the footprint of buildings and structures.
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.
