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Plasma coating - Plasma Electronic

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What is a plasma? De nominates a partly ionized gas. Plasmas also appear in nature, for example in lightnings. Plasma is also often called »the fourth state of matter« because if energy is applied to a solid it becomes liquid. If more energy is applied it becomes gaseous and eventually it becomes a plasma. How is a plasma created? What happens in a plasma? In a plasma 3 basic effects occur parallel:. Chemical bonds in the gas molecules are cracked resulting in highly reactive radicals. The radicals and i...

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CVD-Piccolo - Plasma Electronic

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Mass flow controllers (MFC). Door safety contacts,. SPS with display, fully automated plasma process. 400 V, 16 A, 50 Hz. E of water and oil. 1 to 1.5 bar. 2 to 3 bar, 1 to 3 l/min. Backing and main pump. Ca 240 kg, without vacuum pump. Network access and remote control. PLASMA ELECTRONIC GmbH info@plasma-electronics.com. Otto-Lilienthal-Straße 2, D-79395 Neuenburg, Phone: 49 (0)7631 7017-0, Fax: 49 (0)7631 7017–20.

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Physical Vapor Deposition - Plasma Electronic

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Physical Vapor Deposition (PVD). Physical vapor deposition is. A technique to coat substrates with thin films. The coating material is hereby at first evaporated and then condensed at the substrate. The substrate and the coating material are in a vacuum chamber. The coating material is evaporated. This can be achieved by different methods like electron beam, laser beam, arc discharge or sputtering. Since the coating material is the physical target in the evaporation process it is called. Plasma Electroni...

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Plasma coating - Plasma Electronic

http://www.plasma-electronics.com/overview1.html

What is a plasma? De nominates a partly ionized gas. Plasmas also appear in nature, for example in lightnings. Plasma is also often called »the fourth state of matter« because if energy is applied to a solid it becomes liquid. If more energy is applied it becomes gaseous and eventually it becomes a plasma. How is a plasma created? What happens in a plasma? In a plasma 3 basic effects occur parallel:. Chemical bonds in the gas molecules are cracked resulting in highly reactive radicals. The radicals and i...

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Clearprotect - Plasma Electronic

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Parts coated with CLEARPROTECT processes. CLEARPROTECT processes create hard and transparent corrosion suppressing coatings. Typical fields of application are:. Coating for metals to withstand pyrolysis. Corrosion prevention for anodized surfaces. Scratch protection for hard plastics. The coating can be applied on a large variety of materials. The coating is performed in vacuum. The process can therefore be controlled very well leading to excellent reproducibility. 80 - 150 C. 570 - 780 HV. 14 - 1.6.

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Chemical Vapor Deposition - Plasma Electronic

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Chemical Vapor Deposition (CVD). Chemical vapor deposition (CVD) is a technique to coat substrates with thin films. The coating is hereby deposited out of the gas phase by chemical reactions. The substrate is heated while a gas is streaming over its surface. Due to the temperature a chemical reaction of the gas molecules takes place at the surface. With the time more and more molecules are adsorbed forming a coating. Events in a CVD; image source. A Plasma contains ions that can be accelerated.

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Plasma devices - Plasma Electronic

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Our plasma devices are built in Germany providing high quality and. Sustainability. They are versatile and don't consume much resources: Low maintenance, low costs for the operation and the operators only need very basic background knowledge. All devices will be optimized according to your special applications and needs since we establish the plasma process for you on your device. The device types PICCOLO. With cubic vacuum chambers are ideal for the processes Actiplas. For all kind of plasma processes.

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Atomic Layer Deposition - Plasma Electronic

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Atomic Layer Deposition (ALD). Atomic layer deposition (ALD). Is a technique to coat surfaces with thin films. The coating is deposited atomic layer by atomic layer so that the chemical composition and coating thickness can exactly be defined. The surface to be coated has to be pretreated to become chemically reactive. The substrate is put into a vacuum chamber and heated in there. After reaching the required temperature the. Chamber is filled with a certain amount of coating gas. Scheme of ALD of Al.

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Piccolo - Plasma Electronic

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Mass flow controllers (MFC). Power up to 600 W,. Frequency 2.45 GHz,. PE GIGATRON electrode systems. Up to 600 W,. 10 to 300 kHz. Door safety contacts,. SPS with display, fully automated plasma process. 400 V, 16 A, 50 Hz. E of water and oil. 1 to 1.5 bar. 2 to 3 bar, 1 to 3 l/min. Backing and main pump. Ca 200 kg, without pump. Network access and remote control. PLASMA ELECTRONIC GmbH info@plasma-electronics.com.

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DLC coating - Plasma Electronic

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Parts coated with CARBOCER processes. CARBOCER processes create black coatings of. DLC) DLC is very hard and shows low friction. Typical applications are:. Plain bearings, cylinder liners. Surgical Instruments, implants. CARBOCER coatings have a special intermediate layer providing a good adhesion of the DLC on surfaces that can form bonds with carbon. This is the case for most metal alloys and ceramics. Friction coefficient depends on the friction partner and the environmental properties. 40 - 60 mN/m.