The hottest metal in town
Website design By BotEap.comThe shift to lighter, renewable and stronger metals has led many companies to move away from trusted steel for the new metal-magnesium. Magnesium alloys have been around for quite some time and have always played a supporting role within the world’s most vital machines. In the last ten years, as the price of gasoline, environmental awareness and concern for consumer safety have increased, so has the need for a drastic change in the design of many items to appease the masses. Changes in government policy have added to the urgency. The result is the growing interest in magnesium alloys, which is the answer to today’s manufacturing needs.
Website design By BotEap.comAviation
Losing weight on airplanes is important for fuel savings. Actually, the use of magnesium for aircraft construction is not new. It was used in aircraft manufacturing during the 1950s, but was phased out due to concerns about flammability and corrosion. However, it is back today, in leaf form. The return was made possible by improved magnesium alloy processing. The treatment used on the alloy surface also alleviated corrosion problems. Foils are increasingly used in the construction of aerospace vehicles to also create more aerodynamic designs, thanks to lighter materials. Website design By BotEap.comAutomotive
Magnesium has been used in car engines for some time. As the need for more fuel-efficient cars grows, so does the search for ways to replace heavier car parts with lighter materials. A perfect case is the Ford 150 pickup. For years, the truck was promoted as being made of strong steel. Then the US government passed a law requiring all new light trucks to have a fuel economy of 30 miles per hour by 2016. Combined with high gas prices and increased demand for smart cars Consuming less fuel, the law could have been the death sentence for the once popular truck. Instead, the company began using magnesium alloys in the design of the Ford F150 beginning in 2010, replacing much of the steel construction. The current frame of the truck is made entirely of magnesium alloy. Website design By BotEap.comMedicine
Magnesium occurs naturally in the body, so it is advantageous to use the metal alloy for implants and stents in medicine. It limits rejection rates, dissolves so implants are not permanent, and is lightweight without sacrificing the strength needed to support the body or blood flow. Website design By BotEap.com Technology
Laptops are at the forefront of using magnesium in construction. The new thinner and lighter laptops are more easily built with magnesium alloys than with traditional plastics and metals. Asus introduced an extra-slim laptop, the U36, to compete with the one Apple released in 2010. The durability of the alloy was another selling point for consumers. Website design By BotEap.comBe on the lookout for the use of magnesium alloys in more and more products. The metal is abundant, renewable, and rivals aluminum and steel alloys in its strength-to-weight ratio. All these quality factors translate into more sustainable organic products for consumers.
Losing weight on airplanes is important for fuel savings. Actually, the use of magnesium for aircraft construction is not new. It was used in aircraft manufacturing during the 1950s, but was phased out due to concerns about flammability and corrosion. However, it is back today, in leaf form. The return was made possible by improved magnesium alloy processing. The treatment used on the alloy surface also alleviated corrosion problems. Foils are increasingly used in the construction of aerospace vehicles to also create more aerodynamic designs, thanks to lighter materials. Website design By BotEap.comAutomotive
Magnesium has been used in car engines for some time. As the need for more fuel-efficient cars grows, so does the search for ways to replace heavier car parts with lighter materials. A perfect case is the Ford 150 pickup. For years, the truck was promoted as being made of strong steel. Then the US government passed a law requiring all new light trucks to have a fuel economy of 30 miles per hour by 2016. Combined with high gas prices and increased demand for smart cars Consuming less fuel, the law could have been the death sentence for the once popular truck. Instead, the company began using magnesium alloys in the design of the Ford F150 beginning in 2010, replacing much of the steel construction. The current frame of the truck is made entirely of magnesium alloy. Website design By BotEap.comMedicine
Magnesium occurs naturally in the body, so it is advantageous to use the metal alloy for implants and stents in medicine. It limits rejection rates, dissolves so implants are not permanent, and is lightweight without sacrificing the strength needed to support the body or blood flow. Website design By BotEap.com Technology
Laptops are at the forefront of using magnesium in construction. The new thinner and lighter laptops are more easily built with magnesium alloys than with traditional plastics and metals. Asus introduced an extra-slim laptop, the U36, to compete with the one Apple released in 2010. The durability of the alloy was another selling point for consumers. Website design By BotEap.comBe on the lookout for the use of magnesium alloys in more and more products. The metal is abundant, renewable, and rivals aluminum and steel alloys in its strength-to-weight ratio. All these quality factors translate into more sustainable organic products for consumers.