A Short History on Rare Metal Materials & Engineering
The use of rare metals dates back to the dawn of civilization. Ancient Egyptians used gold as a medium of exchange as early as 2000BC, while Sumerians were mining silver over 4000 years ago. During ancient times, and throughout early modern Europe, rare metals were valued for their beauty, durability and rarity.
Today, modern technology has made the use of rare metal materials and engineering possible. Rare metal materials and engineering are used for a variety of application. From the automotive and aerospace industries to consumer electronics and medical implants, rare metal materials are essential for their unique properties and strength to weight ratio that are much superior compared to other metals.
The earliest use of rare metal materials and engineering occurred during the production of the Apollo program. This program used high-strength alloys of rare metals like titanium, niobium and other alloys to develop the spacecrafts and other components needed for the space mission.
In the automotive industry, rare metal materials and engineering are used to produce engine parts and components with greater strength than conventional metals. Titanium, for example, is used for exhaust systems, as it can reduce the weight and thus improve fuel economy. In the aerospace industry, titanium is also used for jet engine parts due to its superior strength to weight ratio and heat resistance.
In the medical industry, rare metals like titanium are used for the manufacture of implants due to its high biocompatibility. Titanium is also used for surgical instruments, as it is lightweight and strong enough for precision cutting.
In consumer electronics, rare metals like gold and silver are used in the manufacture of electronic components. Gold is a highly conductive material and is used in the manufacture of printed circuit boards, while silver is a highly reflective material and is used in LCD displays and screens.
Finally, rare metals and engineering are also used in the energy sector. Used in the manufacture of fuel cells, rare metals are a key component in the production of alternative energy.
Rare metals are essential components of today’s advanced technological world. They are used in a variety of applications, from aerospace to medical, and are crucial for their special properties and strength to weight ratio. As the world’s technological demands continue to grow, rare metals and engineering are sure to remain a key component of the future.
