Empowering the Future with Critical Minerals
Kaz Resources has been granted mining concessions in Kazakhstan for — lithium, beryllium, tantalum, niobium, rubidium & REE.
The Power of Critical Minerals
Critical minerals, including electronics, renewable energy, and defense, are essential for modern technology. The U.S. relies heavily on imports, particularly from China, which controls much of the global supply and has imposed export bans, posing risks to national security and economic stability.
Kaz Resources, operating in Kazakhstan, addresses these challenges
By securing a stable and responsible supply chain for these vital resources. Partnering with Hatch, a leading engineering firm, Kaz Resources ensures sustainable mining practices that support U.S. efforts to reduce reliance on foreign sources and strengthen supply chain resilience.By fostering innovation and adhering to the highest environmental and social standards, Kaz Resources, is positioned to play a key role in safeguarding the U.S. economy and advancing global industries
50%
Lithium
Tungsten
Used in batteries, pharmaceuticals, research, electronics
100%
Rubidium
Tantalum
Cesium
Niobium
Used in research, electronics, medical devices, drilling fluids, steel and superalloys
75%
Tin
Used in electronics, plating
Minerals’ Net Import reliance in USA (%)
Overall, 70-100% of rare earth elements used for magnets, electronics, and defense are being imported into the USA.
Powering Key Industries
Defense Technologies
We contribute to national security by providing critical materials used in lightweight alloys for aerospace components and communication equipment within defense systems.
Renewable Energy
We play a vital role in the clean energy transition by supplying lithium, a core element in batteries for electric vehicles and grid-scale energy storage solutions.
Electronics
Our critical minerals play a crucial role in the miniaturization and performance enhancement of modern electronics and high-tech applications. These include smartphones, laptops, displays, medical devices, smart sensors, and high-speed data networks.
A Thriving Partnership:
Kaz Resources in Kazakhstan
Kaz Resources is committed to a successful partnership with Kazakhstan. Our focus lies in East Kazakhstan, specifically the established Ust-Kamenogorsk mining center, where we hold mining licenses within a 30-mile radius south and southeast of the city.
This strategic location leverages Kazakhstan's rich mining tradition and infrastructure. Our local team boasts extensive experience in the region and a proven track record of responsible resource extraction. Furthermore, establishing a centralized workshop to support individual work programs ensures efficient operations and a commitment to long-term success.
Through this collaborative approach, Kaz Resources and Kazakhstan join forces to unlock the potential of the country's natural resources, contributing to a sustainable future while adhering to the highest environmental and social standards.
At Kaz Resources, we are committed to providing the US market with these essential materials while
Advancing Green Energy Transition
Our mined resources are Vital for advancing electronics, renewable energy systems, defense technologies, and other high-tech applications.
Ensuring Economic Stability and Independence
A reliable domestic supply chain fosters economic growth and reduces dependence on external sources, and empowers the US to be a leader in advanced manufacturing and technological innovation.
Safeguarding National Security
By supplying critical materials domestically, we contribute to a more secure and independent nation.
Committed to Sustainability
At KAZ Resources, we are committed to sustainable and responsible mining practices. We prioritize Environmental stewardship, Ethical sourcing, and Social responsibility.
Mining critical minerals does have an environmental impact. It is essential to acknowledge these challenges and actively work to mitigate them. KAZ Resources is dedicated to Minimizing land disturbance, Water conservation, and Waste management.
