

The steel was known as one of the hardest metal, to be far more harder than the iron. Well the steel and the iron were the nature material that could not be renewed. Meaning that, if at one time his supplies in a location of the mining were finished, humankind must look for and make the mine new in the other location.
The steel and the iron indeed could recycled, but the quality of the thing that was made from the clear recycling material be not as good material original him. If that was applied for the transport product, like the car, the aircraft, and the ship, clearly risky for the passengers.
The steel and the iron indeed could recycled, but the quality of the thing that was made from the clear recycling material be not as good material original him. If that was applied for the transport product, like the car, the aircraft, and the ship, clearly risky for the passengers.
The other problem that was not inferior complicated was the iron weight and the steel. Modern humankind tended to want lighter things. That was the reason, the manufacturer of the car and the competing aircraft made the lighter product. One of the sensational discoveries in produced material the car, the aircraft, and the electronics device were buckypaper. Some time before, the researchers from Florida State University could make buckypaper. What buckypaper? Nano carbon In principle, buckypaper including carbon nano the tube. Natural if his shape also resembled carbon paper. But because of being made from the tube that had the shape of the carbon molecule, his measurement 50,000 times were thinner than human hair. Again and again, nano technology brought the big benefit in human civilisation. Although being seen like carbon paper, you might not underestimate him. Buckypaper had many expertise, and will become the new breakthrough in the production of all the objects in the world. This miraculous paper could be also made use of in the production of the computer that more powerful, the more sophisticated, et cetera TV screen. Moreover, material just this could make energy, the aircraft, and the automotive industry of the air balloon efficient. His weight quite only a tenth of the steel weight for the same volume. But his strength could achieve 500 times was greater than the steel, that uptil now often was positioned as strongest metal. Buckypaper also had electricity conduction like silicon and copper, as well as could produce hot like the steel or brass. Les Kramer, the head of the Teknologi Field to Lockheed Martin Missiles and Fire Control, that helped mendanai this research, very much was happy with the progress of this research. Revolution of Technology He was convinced, if entering the production period, buckypaper could revolutioning automotive technology, aerospace affairs technology, even all other industrial technology. Buckypaper currently was in the period of the resolution of the end research in the laboratory Florida State University. Ben Wang, the director to High-Performance Materials Institute (HPMI), Florida, hoped buckypaper will use the electromagnetic interference and the protection of the light in the air balloon. According Wang, material conventional indeed used copper for the protection of the light. However if used buckypaper more could alleviate the weight and the fuel of the air balloon and the aircraft. Estimated this year also, HPMI will make the product buckypaper commercially. The reason is, nanotube had a big opportunity could revolutioning material various air transport devices, sea and the land, electronics equipment, et cetera. Meaning that the car and aircraft in the future will have bodi that was far more stronger, but his weight really Light. Not only that, his presence could make the aerospace affairs product and the other transport to be more frugal the fuel. “ TV LCD and the computer screen will also become better, in fact more heat-resistant, and his price more cheap,” Wang words. In military, buckypaper also could be used as the tank protective coating or the stronger fighter. Clothes anti bullets could then become very light. (S Mulyani)
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