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Common Metal Compounds and Their Applications

The wide use of metal alloys can be found

Each day you may come across a different metal than what you see on the periodic tables. A platinum-plated necklace may be worn by a brass player, while a cast-iron pan is used to cook and leftovers are kept in the stainless steel refrigerator.
Many alloys of metal that we use today were created by mankind for practical uses. Some alloys are well-known. One example is electrum. This alloy, which naturally occurs in gold and silver with trace amounts of copper, was used to create the first ever metal coin.

Some Metal Alloys

We all have heard of many different alloys, but steel is the most widely used. Steel is the foundation of modern civilization. Bridges, skyscrapers and other structures are impossible without it. It would be impossible to exist without steel. Because it is resistant to corrosion stainless steel is widely used in medical applications and heavy industry.
Many other alloys are used in everyday life. Here’s a list of some.

Our daily lives are enriched with magnesium and its allies. You can use the magnesium lamp to lighten the room, or the aluminum magnesium alloy body for weight loss. The frame made of magnesium alloy is also used for the camera. The medical application of magnesium alloys has another promising and important function.

The main use of magnesium alloy as a metal is in the production of artificial bone. Its primary purpose is to assist in bone healing. This does not mean that it can replace the human bone. Magnesium alloy helps to heal fractures by replacing bone tissue. The rough texture of the magnesium alloy allows for the attachment and maintenance of bone cells as well as skeletal muscle cells. The gradual erosion of magnesium alloy causes bone tissue to grow and mature. The magnesium bones will never be completely healed until they are fully healed. Also, magnesium alloys may be known as “degradable metals”.

Due to certain properties of magnesium alloys, degradation and biocompatibility are higher than those of titanium alloys.
The many properties of aluminum alloy include low density, strength and resistance to corrosion. This alloy has many important properties that make it an essential structural material for aerospace, transport, machine manufacturing, and military defense. Due to the rapid advancement of science and technology, ultra-high strength aluminum alloy has been a key material that is being studied and improved at both home and overseas.
This titanium alloy can be 1.3x stronger than aluminum alloy, 1.5 times stronger as magnesium alloy, and 3.5x stronger than stainless steel. The alloy is also very strong at low temperatures and has excellent thermal performance.
Although titanium alloys and their derivatives are relatively new, many of these metals have been awarded honorable mentions for their exceptional performance. Space metal is the first one to be awarded this title. This material is light, strong, and resistant to high temperatures, making it ideal for aircraft manufacturing and the construction of other spacecraft. Aerospace is home to approximately three-quarters the global titanium and titanium alloys. A lot of parts that were made originally from aluminum alloy now use titanium alloy.

Forging parts of the aircraft’s engines is where titanium alloy is most commonly used. This includes compressor disk, blade, fan, turbine, exhaust device, engine hood and many other components. Titanium alloy plates can be used to weld man-made satellites and lunar modules as well spacecraft.
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