Demand for reflective glass coating lines has been growing steadily as companies seek to improve energy efficiency and reduce glare in buildings. This has led to a surge in research and development efforts to improve production processes and create more effective and durable coatings.
One of the ...
PVD coating machines are becoming increasingly popular in the jewelry industry due to their ability to apply a variety of colors and finishes to jewelry accessories. This technology creates a vibrant and long-lasting coating that retains its luster over time. As the demand for unique and high-qua...
The fully automatic ion sputtering coating machine utilizes the latest advances in ion sputtering technology to provide a seamless and efficient coating process. With its fully automatic capabilities, the machine delivers unparalleled precision and consistency, ensuring the highest quality coatin...
The use of metal anti-fingerprint vacuum coating machines represents a major advancement in surface protection technology. By combining vacuum technology and specialized coatings, these machines create a thin, wear-resistant layer on metal surfaces that protects against fingerprints and other imp...
In the fields of advanced manufacturing and industrial production, the demand for practical vacuum coating machines is increasing. These cutting-edge machines are revolutionizing the way a variety of materials are coated, delivering enhanced durability, performance and aesthetics. In this blog po...
With the increasing development of sputtering coating technology, especially magnetron sputtering coating technology, at present, for any material can be prepared by ion bombardment target film, because the target is sputtered in the process of coating it to some kind of substrate, the quality of...
A. High sputtering rate. For example, when sputtering SiO2, the deposition rate can be up to 200nm/min, usually up to 10~100nm/min.
And the rate of film formation is directly proportional to the high frequency power.
B.The adhesion between the film and the substrate is greater than the vacuum vap...
Car lamp film production lines are an essential part of the automotive manufacturing industry. These production lines are responsible for the coating and production of car lamp films, which play a crucial role in enhancing the aesthetics and functionality of car lamps. As the demand for high-qual...
Magnetron sputtering mainly includes discharge plasma transport, target etching, thin film deposition and other processes, the magnetic field on the magnetron sputtering process will have an impact. In the magnetron sputtering system plus orthogonal magnetic field, the electrons are subject to th...
Vacuum coating machine on the pumping system has the following basic requirements:
(1) The coating vacuum system should have a sufficiently large pumping rate, which should not only rapidly pump out the gases released from the substrate and evaporated materials and the components in the vacuum ch...
The jewelry PVD coating machine utilizes a process known as Physical Vapor Deposition (PVD) to apply a thin but durable coating onto jewelry pieces. This process involves the use of high-purity, solid metal targets, which are evaporated in a vacuum environment. The resulting metal vapor then cond...
One of the main advantages of small flexible PVD vacuum coating machines is their versatility. These machines are designed to accommodate a variety of substrate sizes and shapes, making them ideal for small-scale or custom manufacturing processes. Additionally, its compact size and flexible confi...
In the ever-evolving manufacturing industry, cutting tools play a vital role in shaping the products we use every day. From precision cutting in the aerospace industry to complex designs in the medical field, the demand for high-quality cutting tools continues to rise. To meet this demand, the us...
When the deposition of membrane atoms begins, ion bombardment has the following effects on the membrane/substrate interface.
(1) Physical mixing. Because of high-energy ion injection, sputtering of the deposited atoms and the recoil injection of surface atoms and cascade collision phenomenon, wi...
Sputtering is a phenomenon in which energetic particles (usually positive ions of gases) hit the surface of a solid (below called the target material), causing atoms (or molecules) on the surface of the target material to escape from it.
This phenomenon was discovered by Grove in 1842 when...