Physical vapour deposition (PVD) is a process of thin film deposition using either a thermal evaporation process or magnetron sputtering to deposit thin films of a source material onto a …
Evaporation vs Sputtering: Choosing the Right PVD Method Read More »
What Is Low-Temperature Thermal Evaporation? https://youtu.be/cUZzL_WC7Wc Low-temperature evaporation offers a unique alternative that minimises the energy requirements and high-temperature risk involved in evaporating organic materials. Low-temperature evaporation uses a vacuum …
Understanding Low-Temperature Evaporation of Organics Read More »
In thin film technology, thickness measurements are a fundamental property of the form and function of the deposited film. Manufacturers must be able to measure and control the thin film …
Thin Film Thickness: Measurement, Importance, and Control Read More »
Ceramics are a class of materials that have proven to be incredibly advanced and versatile in the ways they can be harnessed to create new and exciting possibilities. From revolutionising …
Exploring Ceramic Thin Films: Their Nature and Wide-Ranging Applications Read More »
Thin film deposition is an integral part of the manufacturing process for medical equipment, semiconductors, and many other consumer products. Electron beam evaporation of aluminium (Al) is one deposition method …
From manufacturing shiny consumer electronics like the latest iPhone to solar cells, thin film deposition is a vital technology for the 21st century and beyond. HiPIMS coating properties represent a …
Sputtering — from the Latin sputare, meaning “to spit out noisily” — is a coating process in which the target surface receives a thin film of sputtered or accelerated metal …
What Is RF Sputtering? The Process and Applications Explained Read More »
Electronic beam evaporation, also known as e-beam evaporation, is one of the four forms of physical vapour deposition (PVD). It uses an intense beam of high-energy electrons to evaporate the …
Sputtering is a physical process applied in several industries nowadays. Here, you’ll understand its procedure and applications in thin-film manufacturing.
The many applications of vacuum deposition processes span industries. Manufacturers use vapour deposition in solar cells, medical implants, LED displays, and other products. Manufacturers use one of two types of vapour …
Do you want to learn more about ion beam sputtering and the thin film deposition process? Ion beam deposition is necessary for dozens of industries and products that make …
Modifying a substrate material’s properties often requires one or more film coating methods. Various thin-film coating techniques are available, and most involve the deposition of a material onto an optical …
IBAD: Ion-Beam-Assisted Deposition and How It Works Read More »
Light has a dual nature and can behave as a wave and a particle. In the 19th century, Thomas Young’s two-slit experiment showed that a screen projection of light has …
Sputtering is the mechanism used to deposit thin films of target material onto a substrate. This process involves ejecting gaseous ions into the source material, thus sputtering gas atoms, ions, …
Pulsed laser deposition (PLD) is one of several physical vapour deposition techniques. This application of surface science uses a high-power laser beam to hit the target surface of the material to be deposited. The …
Pulsed Laser Deposition Process of Thin Films: An Overview Read More »
Magnetron Sputtering is a type of thin-film deposition technique. This article explains what is the process, its applications and how it works.
Thin Films are a crucial part of modern technology, from solar panels to wearable tech. Learn more about thin film deposition here!
Thermal Deposition is a common type of Physical Vapour Deposition for Thin Film manufacturing. Discover everything about it at Korvus Technology!
The Physical Vapour Deposition or PVD Coating is a thin film deposition method in which a solid is vaporized on the surface of a target material. Read more!
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