Discover one of our extraordinary mine sites.

57 secs

Lithium, a soft and silvery-white alkali metal, is a fascinating element. With its unique properties, it stands out as the least dense metal and solid element under standard conditions. Its metallic luster adds to its allure. Unlike many other elements, lithium is not freely available in nature. It mainly exists in the form of pegmatitic minerals, which were once the primary source of this valuable element.

Mining lithium involves three different deposit types – lithium brine deposits, pegmatite lithium deposits, and sedimentary lithium deposits. Each type comes with its own set of project requirements, extraction methods, and processing times. The demand for lithium is

Mica exhibits a range of characteristics, from translucency to opacity, along with a distinctive vitreous or pearly luster. This hard mineral is typically discovered in the form of small, flat crystals embedded within rocks. Comprising silicate minerals, mica boasts exceptional resistance to both heat and electricity. Its flame-retardant and non-flammable properties, coupled with its lack of emissions and low heat conductivity—particularly perpendicular to its strata—underscore its unique attributes. The mica family encompasses various types utilized across diverse industries. Lithium King Limited specializes in the supply of Muscovite and Phlogopite Mica. Muscovite stands out as the preferred mica for electronic devices due to its exceptional thermal endurance, mechanical strength, moisture resistance, transparency, and cleavage perfection. Phlogopite, on the other hand, finds industrial applications in sectors like automotive, electrical and hybrid vehicles, industrial motors, agriculture and heavy machinery, railways, power generation and distribution, cosmetics, decoration, household appliances, and aerospace and defense, among others.

Tantalite, a mineral group, serves as the primary source of Tantalum, a remarkable corrosion-resistant metal. With its greyish-silver hue, Tantalum is not only heavy and extremely hard, but it is commonly found in association with fractioned pegmatites. It bears chemical similarities to columbite, which often leads to their grouping as a semi-singular mineral known as coltan or “columbite-tantalite” in several mineral guides. Tantalite finds diverse applications in the electronics, pigments, medical, aerospace, defense, and chemical processing industries. However, its largest market lies in the capacitor industry. Tantalum powder and wire are extensively utilized in manufacturing high-reliability capacitors, which are integral components of today’s critical electronics such as cell phones, laptops, personal digital assistants, as well as automotive and consumer electronics. Moreover, its significance extends to the medical field where tantalum “pins” are used for hip-joint replacements due to its unique non-rejection properties by the human body.

Coal, a sedimentary deposit primarily composed of carbon, is a highly combustible substance. With its characteristic black or brownish-black color, coal contains over 50% by weight and more than 70% by volume of carbonaceous material, including inherent moisture. Its versatile applications span across various industries, including electricity generation, metal production, cement production, gasification and liquefaction, chemical production, as well as the paper, textile, and glass industries, among others.

Copper, a stunning reddish metal with a unique face-centered cubic crystalline structure, boasts extraordinary properties. As both an element and a mineral, native copper is typically found in the oxidized zones of copper deposits. However, it is a rarity to stumble upon large copper deposits, as most of the copper we use today is extracted from sulphide deposits. Renowned for its exceptional conductivity, copper is widely employed in electrical applications, predominantly in wiring. Additionally, its remarkable ability to conduct heat makes it an ideal choice for cooking utensils, heat sinks, and heat exchangers. The versatility of copper extends beyond these applications; it is extensively utilized in the production of alloys like brass (copper and zinc) and bronze (copper, tin, and zinc). Furthermore, copper is often alloyed with precious metals such as gold and silver. With its diverse array of practical uses, copper has firmly established itself as a vital component in countless industries.