Tungsten is one of the strongest metals on Earth, with a strength of 1510 MPa. It has the highest tensile strength of any pure metal, an astonishing 500,000 psi. These special properties make it widely used in bullets, missiles, metal evaporation processing, paints, electronic and television picture tubes, and glass-to-metal seals.

Has a melting point of over 3,000 degrees Fahrenheit and has the greatest tensile strength of all natural metals. Tensile strength refers to the ability of a material to withstand any force or pressure without breaking.

Tungsten is commonly used in filaments in light bulbs as other heating elements. For incandescent light bulbs, tungsten is often used as the base filament. Electric current flows through the tungsten wire, heating it and producing light. These filaments are highly conductive and are therefore responsible for generating the illuminating light in the bulb. Additionally, tungsten is used in the production of many alloys, such as high-speed steel, and as a replacement for gold. It has similar properties to gold, making it a more ideal jewelry material.

8 strongest metals

1. Osmium
Osmium metal is known for its bluish-white color and extremely tough appearance. Their melting points can reach as high as 3030 degrees Celsius and are the most difficult to break. They are not commonly used for construction purposes; instead, they are primarily used for pen nibs and circuit components. Osmium is one of the densest natural metals on Earth. Although osmium is one of the strongest metallic materials, it tends to be softer than diamond.

2. Stainless steel
Some of the components of stainless steel are chromium, iron and carbon. Making it one of the excellent combined metal material options in today's modern world. Steel is widely used to support buildings, vehicle casings, ship infrastructure, machines, appliances and weapons. There is no doubt that stainless steel is the most useful and prominent type of strongest metal on the market. They have a yield strength of up to 1,560 MPa and a tensile strength of up to 1,600 MPa.

3.Chromium
Chromium is a unique silvery and lustrous strongest metal, but it is too brittle to be used on its own for many uses or applications. It is often alloyed with steel to make stainless steel and with other metals to make it harder. In its natural state, chromium is probably one of the hardest metals. Chromium is ideal for electroplating. It has a tensile strength of approximately 418 MPa and a yield strength of 316 MPa. Mohs hardness scale is 9.

4. Titanium aluminide
Titanium combined with metals often makes it the strongest metal in the world than most. Titanium aluminide is a special alloy composed of titanium, aluminum and vanadium. It is commonly known as gamma titanium aluminide. It provides lightweight, high-temperature performance to turbine blades. It's as strong as nickel-based alloys but only half the weight of metal. Titanium has a tensile strength of 880 MPa and a yield strength of 800 MPa.

5. Tungsten carbide
Similar to chromium, natural tungsten is very brittle by nature. Therefore, it becomes crucial to combine tungsten with other materials to enhance its properties. Tungsten carbide is a combination of carbon and tungsten metal. With this combination we can expect high impact resistance and the strongest metal on the market. It is ideal for the manufacturing of cutting-edge tooling and CNC machining industries. Yield strength between 300 and 1500 MPa, tensile strength up to 1,500 MPa

6.Carbon steel
Carbon steel alloys have been used for a variety of purposes for centuries. It has all four strength properties and is therefore one of the most widely used metals over the past few decades. Carbon steel is an alloy of iron and carbon, which determines its strength. It's highly impact-resistant, so you don't have to worry about too much damage. Its yield strength is 260 MPa and its tensile strength is approximately 580 Moa. Apart from that, it has a hardness of 6 on the Mohs scale.

7. Magnesium alloy
Magnesium alloys are known as one of the strongest and lightest metals in the world today. In fact, scientists are conducting experiments on this special alloy. There are still many factors to be discovered about magnesium alloys. Still, it's expected to be stronger than titanium and lighter than aluminum. Furthermore, it is suspected that if the metal was used in cars, it would automatically save 40% of fuel without any modifications to the engine. We look forward to utilizing this special alloy more effectively in the near future.

8. Steel nickel alloy
Both iron and nickel are considered the most abundant metals in meteorites and in Earth's dense metallic core. There are very few blends of this special alloy on the market. Furthermore, blending carbon steel with a steel-nickel alloy can increase the yield and tensile strength of standard carbon steel far beyond what was imagined. You can also combine this combination with other metals for better results. The yield strength of steel-nickel alloy is 1,420 MPa and the tensile strength is 1,460 MPa.