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Realize environmental protection requirements with advanced technology and solve the shortcomings of water electroplating.
One of the major driving factors for the global vacuum coating machine market is the increasing demand for safer products. This is due to the tighter regulation of toxic chemicals. The Toxic Substances Control Act (TSCA) of 1976, which covers industrial chemicals, was the first legislation to address the issue. Since then, TSCA has been extended to include newly registered industrial chemicals as well.
Vacuum coating equipment is used to coat a variety of materials. These coatings range from simple monolayer metals for flexible packaging to solar absorber layers and optical media devices. Moreover, it can be applied to complex structures and multiple-layer approaches. It is also possible to apply additional treatments to the coatings during the coating process.
The market for vacuum coating equipment is growing at a fast pace with rapid advancement in technology and increasing investments in electronics. Many industries are using this type of coating equipment, and it has many advantages over conventional methods. It is also eco-friendly and meets environmental regulations. These features are helping it grow globally. The vacuum coating equipment market is forecasted to grow at a fast pace over the next five years.
The different types of coating methods are different, but all involve the use of high-pressure gas to deposit thin film layers. These methods can be classified as Physical Vapor Deposition (PVD) or Chemical Layer Deposition (CVD). Chemical Vapor Deposition uses a chemical reaction to create a thin film on a substrate.
Vacuum coating is one of the oldest and most popular methods of thin film production. It is an important part of the manufacturing process, as it allows for the deposition of ultra-thin films on different surfaces. The layers can range from one atom to a few millimeters. These layers can be combined to create optical coatings.
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