Powering the Future with
Sustainable Minerals Utilising
Our Global Supply Chain
Committed to responsibly sourcing critical minerals
that power innovation and support the clean energy transition,
while upholding the highest standards of sustainability.
Critical Minerals
lay the Foundation of Our Planet’s Future
Whilst upholding the highest standard of environmental, social, and corporate responsibility.
Diadin Resources commenced operations in 2024, backed by industry veterans with on the ground experience. Based in South East Asia delivering on our vision to be at the forefront of the energy transition.
Our Minerals
TIN
ANTIMONY
COPPER
TIN (Sn)
Tin plays a pivotal role in modern technology; it’s essential for the production of semiconductors, electric vehicles (EVs), and renewable energy infrastructure. As the world accelerates its transition to greener energy and smarter technologies, demand for tin is projected to outstrip supply in the coming years. Tin prices have surged as much as 60% in recent years, driven by supply chain disruptions and growing demand for high-tech applications.
More than 50% of tin production today is used for the soldering of electrical components and computer processors.
Its primary use is as an electronic solder to join electrical 49% components and circuit boards together, with 49% of the world’s tin used for this purpose and a large portion of that used in semiconductor connections.
The use of tin for soldering is nothing new however with technical gadgets becoming more sophisticated, they incorporate more chips, requiring more tin.
ANTIMONY (Sb)
retardants, lead-acid batteries, and semiconductors. Demand is expected to grow, particularly in emerging technologies like liquid metal batteries (LMBs) and photovoltaics.
The use of antimony in photovoltaic cells and liquid metal batteries is
driving demand for the metal.
It’s a mineral critical for nuclear safety, solar tech, and military defense. Featuring various applications such as ammunition, nuclear weapons, and night-vision goggles.
Antimony demand from the photovoltaic sector is
forecast to increase to 68,000 tons in 2026 from 16,000 tons in 2021, with the sector’s share in total
consumption rising to 39% from 11%.
It is a slow conductor of heat and electricity, making it suitable for applications where friction and high
temperatures are a concern.
COPPER (Cu)
transition. As a core material in electrical wiring, electric vehicles, and
renewable energy systems, its demand is expected to rise significantly in the coming years. With electric cars using up to four times more copper than traditional vehicles and solar and wind power requiring more copper than fossil fuel generation, copper is essential for powering a sustainable future. Its superior conductivity and versatility make it an
indispensable element in energy, infrastructure, and high-tech
applications.
Copper can be recycled indefinitely without degrading in quality, making it a leader in eco-friendly material choices.
Governments are prioritising copper as a critical
mineral, with major investments in mining and recycling to secure future supply.
70% of copper demand comes from electrical
applications, including power grids, EVs, and renewable energy.
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