• Granite Gold Resources Ltd.,
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Explore our world of sustainable GOLD mining

Sustainable Delivery
Value creation through sustainable and responsible gold mining

Gold corporate citizen and a genuine partner for our host communities in locally led development, and to build resilience to global challenges

A zero-harm culture.
We apply robust safety measures and control mechanisms to enable our workforce to return home safe and healthy each day.

We have zero tolerance for violations of human rights

We manage our impacts on the natural environment, both today and with future generations in mind.

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About Us

GLtd®

Granit Gold Resources® (GLtd®)

Granit Gold Resources® (GLtd®)is a standard and private gold mining company registered and based in Toronto, Canada.

Our business goal as a gold mining company is to become the number one choice of Banks, Gold refineries companies, jewellery making companies and other companies that make use of gold in the United States, Canada, Great Britain, Australia, New Zeeland, India, Singapore, Indonesia, Vietnam, China, UAE, EU countries and other countries of the world.

G Ltd® is a corporation founded and owned by Mr. Idrissa Ag Intifaskiwene, who is the Chief Executive Officer of the Company and has a PhD degree in Economics.

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What we Mine

Gold, Silver & Copper

  1. Gold and silver exhibit excellent conductivity for both electricity and heat.
  2. Gold, copper, and silver can be blended with other metals through alloying to create novel materials.
  3. Gold, copper, and silver possess malleability, making them easily shaped, and ductility, enabling them to be stretched into extremely thin wires.
  4. Gold and silver resist chipping, flaking, or corrosion.
  5. Gold, copper, and silver are recyclable materials.
Gold
Silver
Copper

Responsible

Sustainable

Purpose, Values and Strategy

Our dedication to responsible actions, both on an individual level and as a business, is evident in our core purpose and values.

Our aim is to generate value for all shareholders and stakeholders by striving to:

  • Achieve superior operational excellence.
  • Maintain a global portfolio of enduring assets.
  • Lead the gold sector in both profitability and responsibility.
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Lifecycle

Sustainable and responsible mining

From the discovery of buried minerals to reclaiming land after closure of a mine.

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Investors

Media

Our vision is to be the preferred gold mining company delivering sustainable, superior value.

  • Articles
  • Audit Committee Charter
  • Board Mandate
  • Compensation Committee Charter
  • Code of Ethics
  • Corporate Governance Guidelines
  • Disclosure Policy
  • Diversity Policy
  • Insider Trading Policy
  • Majority Voting Policy
  • Nomination and Governance Committee Charter
  • Notice of Articles
  • Respectful Workplace Policy
  • Statement of Significant Differences
  • Sustainability Committee Charter
  • Whistleblower Policy
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Head Office

Mr. Ag Intifaskiwene I.(PhD)
CEO and Founder
Phone : +1-905-744-5165
Email : [email protected]

Granite Gold Resources Ltd
151 Yonge St., 11th Floor, Unit # 1105, Toronto, ON M5C 2W7

Gold

Atomic number: 79
Atomic weight: 196.967
Melting point: 1,064 degrees C
Specific gravity: 19.3 when pure
Hardness: 2.5–3

Gold is 19.3 times heavier than an equal volume of water. It’s rare, soft and unreactive.

Gold, a scarce metal, bears the chemical symbol Au, named in honor of Aurora, the Roman goddess of dawn. The purity of gold is indicated by its “fineness,” expressed in parts per 1,000 or measured on the carat scale, which represents parts per 24. 

The pricing of gold and other precious metals is denominated in troy ounces. One troy ounce is equivalent to 31.1 grams.

Contemporary Uses of Gold

Beyond its role as a currency, gold serves various purposes, including:

  1. Decoration: Employed for ornaments and décor for over 5,000 years, gold’s resistance to corrosion ensures its longevity, outlasting conventional paint.
  2. Jewelry: Gold has adorned jewelry since as early as 3,000 BC.
  3. Gold-Reflective Glass: Due to its heat-reflective properties and exceptional malleability, gold is utilized to coat glass with a thin film. This application allows the transmission of light while blocking heat, reducing cooling and heating costs by up to 40% in some buildings.
  4. Electronics: Renowned for its excellent electrical conductivity and resistance to corrosion at extreme temperatures, gold is a crucial component in circuits for calculators, television sets, computers, telephones, and other electronic devices.

5. Satellites and Communications: Gold plays a vital role in satellites, contributing to electronic circuits and serving as a heat shield.

6. Aerospace: Leveraging its heat-reflective properties, gold safeguards astronauts, satellites, and critical electronic components from the detrimental effects of X-rays and solar radiation in the space environment.

7. Medicine: Radioactive gold is utilized in the treatment of various cancer types. Additionally, gold leaf is employed in treating chronic ulcers and in surgical procedures to patch damaged blood vessels, nerves, bones, and membranes.

8. Dentistry: U.S. dentists alone use approximately 30 tons of gold each year for crowns, bridges, gold inlays, and dentures due to gold’s high resistance to corrosion and tarnish.

Silver

Atomic number: 47
Atomic weight: 107.9
Melting point: 960.5 degrees C
Specific gravity: 10.5 when pure
Hardness: 2.5–3

An Abundant Metal with Remarkable Qualities

Silver, a ductile and malleable metal, presents itself in a brilliant, greyish-white hue. Represented by the chemical symbol Ag, it derives its name from “argentum,” an ancient or poetic term for silver. The term “sterling” not only denotes a specific weight of silver but has also evolved to signify excellence.

The pricing of silver, along with other precious metals, is articulated in troy ounces. The term “troy” finds its origins in Troyes, France, a significant trading city during the Middle Ages, with one troy ounce equating to 31.1 grams.

Key Properties of Silver

Silver boasts the highest electrical and thermal conductivity among all metals. It exhibits malleability, allowing for easy shaping, ductility, enabling it to be drawn into extremely thin wires, and possesses antiseptic properties. In addition to its abundance, silver shares many noteworthy characteristics with its precious metal counterpart, gold.

Contemporary Applications of Silver

Due to its diverse properties, silver plays a crucial role in various fields of science and technology, with over 7,000 new patents and papers annually highlighting its integral role in products and processes.

Technology

Silver’s unique electrical, mechanical, optical, and medicinal properties find applications in solar panels, spacecraft, plumbing, and jewelry. The photographic industry heavily relies on silver, where silver halides and dyes contribute to color photographic images, as well as in X-ray and black-and-white photography.

In technology devices like watches, cameras, and calculators, silver is utilized in batteries to enhance voltage and prolong battery life. Silver oxide-zinc batteries, known for their superior electrical capacity, are extensively used in weight-critical environments such as aircraft and submarines.

Silver’s ability to concentrate sunlight is harnessed in solar collectors, while it is also employed in the manufacturing of computer keyboards, with silver contacts facilitating the execution of countless instructions.

Around the Home

Silver is incorporated into water filters for swimming pools and drinking water, preventing the accumulation of bacteria and algae. Microwave cookware features a silver alloy coating, ensuring quick and high-temperature heating for browning or crisping food surfaces. The term “silverware” denotes high-quality cutlery, and many premium table accessories like knives, forks, spoons, jugs, serving dishes, and trays are crafted from silver.

Medicine

In the medical field, silver and gold find applications in arthritis treatment, with silver coating arthritis pills. Silver creams are used to disinfect burns, and antibacterial silver salts are included in cement for bone mending. A powerful chemotherapeutic agent, silver is combined with sulphadiazine to create a drug 50 times more potent than sulphadiazine alone, making it widely used in treating burn wounds. Additionally, silver nitrate is employed in dentistry and administered to newborn infants’ eyes to prevent Gonococcal Ophthalmia, a disease that can lead to blindness.

Copper

Atomic number: 29
Atomic weight: 63.546(3)
Melting point: 1,084.62 degrees C
Specific gravity: 8.89 when pure
Hardness: 2.5–3

Copper, a metallic element inherent in the Earth’s crust, is represented by the chemical symbol Cu, originating from the Latin term “cuprum,” signifying the island of Cyprus. Distinguished as one of the only two metals, alongside gold, to exhibit a color other than silver or grey, copper presents a spectrum of hues in various alloys.

Key Properties of Copper

Copper boasts malleability, rendering it easily shaped, and ductility, allowing it to be drawn into thin wires. It stands as an excellent conductor of heat, second only to silver in electrical conductivity. Additionally, copper exhibits resistance to corrosion and possesses antimicrobial properties.

The capacity for copper to be recycled repeatedly contributes to its enduring environmental value.

Copper’s Contemporary Applications

Electrical Uses

Given its exceptional electrical conductivity, copper is the predominant material for connectors wherever electricity is utilized. It plays a crucial role in power cables, building wiring, and is an integral component in energy-efficient generators, motors, transformers, as well as renewable energy systems like solar, wind, geothermal, fuel cells, and other emerging technologies.

Plumbing

Copper plumbing stands out for its low-maintenance qualities, fire resistance, and long lifespan, often lasting for the entire life of a building. Notably, the Chase Manhattan Plaza in New York, standing 60 stories tall as the sixth tallest building globally, incorporates approximately 60,000 feet of copper tubes for its plumbing infrastructure.

Building and Architecture

With a history spanning centuries, copper has been employed in the production of tubes, roofing sheets, and cladding for buildings, as well as electrical wiring. It is also cast to create durable faucets, valves, bells, and statues that endure for hundreds, if not thousands, of years. Copper alloys like bronze and brass serve both functional and decorative roles in some of the world’s oldest and most renowned architectural structures.

Transportation

In the automotive industry, copper is extensively used in the manufacturing of motors, wiring, radiators, connectors, brakes, and bearings. An average car contains approximately 40–45 pounds of copper materials. Beyond automobiles, copper is employed in newer airplanes, trains, and boat hulls. Copper-nickel alloys are utilized to protect boat hulls, offshore platforms, sea water pipe work, and desalination units from erosion and to deter the adhesion of marine organisms like barnacles.

Electronics and Communications

Copper is indispensable to global information and communication technologies, forming a crucial part of the infrastructure enabling high-speed data transmission. Its use in silicon chips facilitates microprocessors to operate at higher speeds while consuming less energy.

Currency

Copper’s significance extends to currency production, with the world’s total output of copper coins absorbing thousands of tons annually. A case in point is the Royal Mint in London, which, in a recent year, minted 700 million bronze and cupro-nickel coins, representing nearly 7,000 tons of copper.

Responsible & Sustainable

Purpose

Our goal is to generate value and enhance lives through sustainable and responsible mining practices.

Safety

We prioritize our safety, health, and well-being by identifying, evaluating, and mitigating risks. We cultivate safer behaviors to cultivate a workplace free from fatalities, injuries, and illnesses.

Integrity

We conduct ourselves with ethical behavior, demonstrating respect for one another, as well as for the customs, cultures, and laws in every location where we operate.

Sustainability

We act as a catalyst for local economic development through transparent and respectful engagement with stakeholders, and we fulfill our role as responsible stewards of the environment.

Inclusion

We foster an inclusive environment where employees have the opportunity to contribute, develop, and collaborate to effectively execute our strategy.

Responsibility

We uphold our commitments, exhibit leadership, and possess the courage to voice our opinions and challenge the existing norms.

Lifecycle of a Mine

1.Exploration
The pursuit of gold involves a multifaceted, scientific, and time-intensive procedure.

2. Development & Design
Deciding whether to proceed with a potential investment necessitates thorough research and comprehensive analysis.

3. Construction
The scale and intricacy of constructing a mine can significantly differ from one project to another.

4. Production
Although the production phase may extend over a considerable period, typically ranging from 10 to 30 years or beyond, it represents just a fleeting moment in the mine’s lifecycle.

5. Closure
The closure phase of a mine marks a transitional period for both the company and the communities in proximity to the mining site.

6. Post-Closure
Our responsibility encompasses managing the property for a designated duration, the length of which may vary from 5 to 10 years or more.