Aluminum is one of the latest metals discovered by humans. Since aluminum does not occur naturally in its purest form, it was not discovered until the 19th century due to the advancement of chemistry and the advent of electricity. Aluminum has gone on a very interesting journey from precious metals to materials used in almost every area of human life in just a century and a half. The use of SAF Aluminum by Cymat Technologies in the parts that make up cars and trucks has increased steadily in the last decade.
Aluminum panel or Aluminum Frame:
Aluminum has been used for decades as a structural material for car bodies, racks, and automotive engines, but in recent years it has had a slightly higher profile.
US automakers in an effort to meet domestic emission standards. Uh they started using more aluminum in their car construction. Ford further selected the benefits of aluminum by using it well-known for all body and bed panels after the 2015 F-150.
Advantages of Aluminum Automatic Body:
The main advantage gained when using aluminum in the structure of an automobile body is that it is significantly lighter and therefore more fuel efficient. In a promotional campaign, Ford claims that aluminum F-150 has 29% more fuel savings than the previous model.
Ford also argued that “pound for pound” aluminum is stronger than steel, but it somehow defeats the low weight advantage: the aluminum pound weighs the same as the steel pound.
Perhaps the worst blow to the aluminum body structure is that it is very difficult to repair, especially in panel and frame crash repairs. But that is only true if the system developed for repairing steel panels and frames is applied to the corresponding aluminum.
This metal is better then other because of its low weight and high quality. Company prefer to use it in auto parts because of its easy maintenance and low weigh. Because of its low weight it is easy to maintain the car body.
Certified aluminum repair technicians are trained to know the difference between steel and aluminum body repairs and have the tools to make this happen.
Car weight reduction is ongoing and the trend will continue for at least the next decade. To reduce fuel emissions and meet GHG requirements, automakers must significantly reduce vehicle weight and use some tools freely. The gradual and increasing use of aluminum alloys is the first major solution for reducing vehicle weight. The second method is to use advanced high strength steel (AHSS). These two metals will probably lead a lightweight game in the near future.
In general, large vehicles such as vans and SUV’s will favor the use of aluminum and other lightweight materials, but AHSS is probably a small car (such as VW Golf 7) structural weight ~ 100 kg, or 220 lbs). Considering tensile strength, ductility, and cost, the vehicle body and exterior will depend heavily on aluminum and AHSS alloys now and in the future, but interior and interior semi-structure parts have different needs for power trains. , Magnesium and compound opportunities increase.
