What is DC Magnetron spraying?
DC Magnetron Spraying is one of several types of spraying, a method of physical deposition of thin films of one material for another material. The most common methods of spray deposition in 2011 are the spraying of ion beam, spraying diode and DC Magnetron. Spraying has a wide range of scientific and industrial uses and is one of the fastest growing manufacturing processes used in modern production. These atoms fly and hit the target material called a substrate, and connects to it at the atomic level, creating a very thin film. This deposition of spraying is done at the atomic level, so the film and the substrate have virtually unbreakable links and this process creates a film that is uniform, extremely thin and cost -effective. The chamber is filled with low -pressure gas, often argon and several high -level magnetor cathodes is located with the aim of the coating material. The high voltage flows from the magnetWounds over gas and create a high -energy plasma that hits the target of the coating material. The force generated by these plasma ionic punches causes atoms to be thrown out of the coating material and binding with the substrate.
atoms that are released in the spray process usually fly through the chamber in random samples. Magnetrons produce highly energy magnetic fields that can be placed and manipulated to collect and contain generated plasma around the substrate. This forces the atoms to travel for a predictable path to the substrate. The speed and thickness of the deposition can also be controlled and controlled.
The use of DC Magnetron Sparting allows engineers and scientists to calculate the times and processes needed to create specific film properties. This is called processes control and allows this technology to be used by the industry in heapsof these production operations. For example, spraying is used to create coatings for optical lenses used in subjects such as telescopes, telescopes and infrared and night devices. The computer industry uses CDs and DVDs that have been made using the split process, and the semiconductor industry uses spraying to shoot many types of chips and wafers.
Modern highly efficient insulated windows use glass that has been covered with spraying, and this process produces many hardware, toys and decorative objects. Other industries that use spraying include the air, defense and automotive industries, medical, energy, lighting and glass industry and many others. Despite its already wide use, Industry continues to seek new uses for DC Magnetron Sparting.