We are proud to produce 25,000 ounces of gold annually, which we achieve by extracting gold from a variety of mines. Our sources vary between the underground Masani mine and the open pit mine, allowing us to provide huge quantities of raw gold. These mines are strategically located and use advanced extraction techniques that contribute to ensuring the sustainability of production. Our gold extraction process includes all stages of exploration, from advanced geological surveys to the use of heavy machinery specialized in drilling and mining. We rely on the latest geophysical techniques and scientific explorations that help identify the best locations for gold extraction, which enhances the efficiency and quality of the process and reduces environmental impacts.
Gold is one of the most valuable and luxurious metals in the world, and has a well-established position in many cultures and industries. Gold is considered a symbol of wealth and luxury, and it has unique properties that distinguish it from other metals. Among these properties are its high resistance to corrosion and rust, as well as its bright color and sustainable value. Due to these distinctive qualities, gold is mainly used in the manufacture of luxury jewelry that consumes large quantities of this precious metal. Whether it is wedding rings, bracelets, necklaces, or luxury watches, gold is an essential element in jewelry designs that require high aesthetics and exceptional quality. The jewelry industry is not only one of the largest industries that consume gold, but it also represents a cultural legacy and historical heritage.
But the use of gold is not limited to the jewelry industry, but extends to many modern industries that rely on its unique properties in electrical conductivity and the ability to resist corrosion. For example, gold is used in the manufacture of advanced electronics such as smartphones, computers, and portable electronic devices. In these devices, gold is used in conductive surfaces and microchips due to its ability to conduct electricity with high efficiency, which greatly improves the performance of these devices. Moreover, gold has a great ability to resist corrosion, which increases the lifespan of electronic devices and reduces the need for periodic maintenance. This makes gold a vital component in many advanced technologies such as computers, motherboards, and microsensors in medical devices and spacecraft.
In addition to its uses in electronics and jewelry, gold is exploited in other medical and industrial fields. It is used in medical applications, such as prosthetics, dental implants, and electronic medicine, where its non-toxic and rust-resistant properties contribute to ensuring the safety of users. In space, gold is used in the manufacture of sensitive parts of satellites and spacecraft, where it is used in radiation protection covers and to protect electronic devices from corrosion. The versatility of gold in these diverse fields reflects its importance as a key element in innovation and technological progress.
We continue our efforts to improve exploration and extraction processes, and work to develop new technologies that contribute to increasing production efficiency and reducing environmental impacts. Our company is a leading company in the raw gold industry, and we attach great importance to the sustainability of natural resources. Our role in the gold industry is not limited to meeting the needs of the global markets for jewelry and technology, but also includes our contribution to the global economy by providing this precious metal that is exploited in many vital industries. Through our commitment to quality and innovation, we seek to be part of a more sustainable future in the gold industry and related sectors.
