Innovative ability of vacuum coating technology for electrical enclosures
Vacuum coating equipment, electrical enclosures, vacuum optical coating, vacuum coating material "nickel", is used to make alloys. Adding nickel to steel can improve mechanical strength. Very fine nickel powder, often used as a catalyst in the chemical industry.
Titanium-nickel alloy has the ability to "memorize" and has a strong memory. After a long period of time, it can be repeated tens of millions of times without error. Its "memory" ability is to remember its original shape, so people call it "shape memory alloy". It turns out that this alloy has a characteristic transition temperature. Above the transition temperature, it has a structure, and below the transition temperature, it has another structure. The structure is different, the performance is also different. For example: a titanium-nickel memory alloy, when it is above the transition temperature, it is very hard and strong, but below this temperature, it is very soft and easy to cold work. In this way, when we need it to remember any shape, we make it into that shape. This is its "permanent memory" shape. Below the transition temperature, because it is soft, we can make it to a considerable extent. Its arbitrary deformation. When it is needed to return to its original shape, just heat it above the transition temperature.
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Vacuum coating equipment, electrical enclosure, vacuum coating, vacuum coating material "nickel" is magnetic and can be attracted by magnets. The alloys made of aluminum, cobalt and nickel are more magnetic. When this alloy is attracted by the electromagnet, not only will it be attracted to itself, but something sixty times heavier than it will not fall under it. In this way, it can be used to make electromagnetic cranes.
Advantages and characteristics of vacuum coating of digital camera housings. Vacuum coating equipment is a general term for the use of vacuum vapor deposition process technology for the chemical material parylene series. It is a new type of thin-layer vacuum coating material developed in the early days in the United States. Digital camera housing vacuum coating is a polymer thermoplastic polymer. According to the different molecular structure, digital camera housing vacuum coating materials can be divided into N-type and C-type , D type and many other material types.
Using a unique vacuum vapor deposition process, in the vacuum chamber, a layer of fully-coated polymer film is grown on the surface of the substrate from active monomer small molecules, which can be uniformly formed on the surface of various shapes to form a film , To achieve effective demand protection effect.
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The film thickness of this kind of vacuum vapor deposition coating can be 1μm~50μm. The film thickness is uniform, pinhole-free, transparent and stress-free. The working environment at room temperature does not damage the workpiece. It has excellent electrical insulation and covering properties, which is a contemporary industry. The most effective film coating material for moisture-proof, rust-proof, insulation, acid and alkali resistance, dry lubrication, antibacterial, mildew, and anticorrosion.