What Else Can Copper Magnet Wire Do?


    copper magnet wire can be found in a large number of daily necessities, even on airplanes. Electric model airplanes have been flying since the 1970s, and there was an unconfirmed report as early as 1957. Since then, they have developed into small battery-powered unmanned aerial vehicles or unmanned aerial vehicles, which have been widely used for many purposes in the 21st century.

    However, although we may see an electric sports car as fast as Tesla on the earth, the speed in the sky is another matter. Using electricity to actually propel aircraft, especially large and heavy commercial aircraft, is a more complex challenge. In a traditional jet aircraft, the engine sucks in air from the front, the compressor squeezes it, and then injects fuel into it and ignites it to produce burning gas and forward thrust. The power supply for electric aircraft is much simpler. The battery powers the electric motor that rotates the propeller. It is more efficient, but the thrust involved is much smaller, which is why electric aircraft are often slow. It may be more environmentally friendly, but for now, commercial electric aircraft are not efficient in our busy travel schedule.

    round enameled wire can also be used to power the wind tunnel. The wind tunnel is used to test cars and airplanes. Specifically, they can help engineers determine the performance of newly designed civilian and military aircraft and vehicles and eliminate "errors" without endangering the safety of test pilots/pilots or expensive aircraft. The largest wind tunnel on earth is located at NASA's Ames Research Center. This subsonic tunnel can test aircraft with a wingspan of up to 100 feet, more than 1,400 feet long and 180 feet high. It has two test areas: one is 80 feet high and 120 feet wide, and the other is 40 feet high and 80 feet wide. The air is driven through these test sections by six 15-blade fans. The diameter of each fan is equivalent to the height of four floors. The fans are powered by six 22,500-horsepower electric motors, which use enameled wires to power them.