+7 (812) 645-08-06
Plasma surface preparation machines
select brand
Plasma source for surface treatment / CVD / PVD - 6 kW, 160 V, 38 A | BS-80011BPG
The plasma source in this series can be incorporated into a vacuum chamber, generating high-density plasma. This product can also be used as a plasma-assisted deposition unit, making...
Plasma source for surface treatment / CVD / PVD - 6 kW, 160 V, 38 A | BS-80011BPG
The plasma source in this series can be incorporated into a vacuum chamber, generating high-density plasma. This product can also be used as a plasma-assisted deposition unit, making it possible to improve the properties of the film for applications such as optical thin films, protective and function films.
The product can also be used for the treatment of plasma, such as surface modification and cleaning, while the large-current, low-voltage plasma enables ionization and exciting gas molecule and evaporated particles, with the possibility of reactive deposition.
Finally, the high-rate deposition to a large area is possible because high-density plasma can also be generated in a mass space.
The product can also be used for the treatment of plasma, such as surface modification and cleaning, while the large-current, low-voltage plasma enables ionization and exciting gas molecule and evaporated particles, with the possibility of reactive deposition.
Finally, the high-rate deposition to a large area is possible because high-density plasma can also be generated in a mass space.
Plasma source for surface treatment / PVD / CVD - 3.2 kW, 160 V, 20 A | BS-80020CPPS
The plasma source in this product series is specialized for processes with a low temperature, such as plastic film or substrate. The film quality of vacuum deposited film can be...
Plasma source for surface treatment / PVD / CVD - 3.2 kW, 160 V, 20 A | BS-80020CPPS
The plasma source in this product series is specialized for processes with a low temperature, such as plastic film or substrate. The film quality of vacuum deposited film can be improved by deposition assisted by plasma, with lower temperature increases of a substrate. The item can also be used for plasma treatment, such as for surface modification and cleaning.
The reflective deposition is made possible by electron beam-excited plasma, while the ARE technique (Activated Reactive Evaporation) promotes a highly effective discharge, in order to enhance the evaporation materials ionization. There are multiple modes of operation, including a CPPS mode, as well as a normal plasma mode.
The reflective deposition is made possible by electron beam-excited plasma, while the ARE technique (Activated Reactive Evaporation) promotes a highly effective discharge, in order to enhance the evaporation materials ionization. There are multiple modes of operation, including a CPPS mode, as well as a normal plasma mode.
Atmospheric plasma generator / radio-frequency - 6 - 200 kW | TP series
RF induction thermal plasma from TO series is has the potential to generate thermal weather plasma at 10000 degrees by high-frequency induction by having a physical / chemical reaction practice, allowing nanoparticle synthesis and thicker film synthesis (film formation).
This...
This...
Atmospheric plasma generator / radio-frequency - 6 - 200 kW | TP series
RF induction thermal plasma from TO series is has the potential to generate thermal weather plasma at 10000 degrees by high-frequency induction by having a physical / chemical reaction practice, allowing nanoparticle synthesis and thicker film synthesis (film formation).
This radio-frequency thermal plasma runs at atmospheric pressure, or even in the low-pressure environment near to atmospheric demand, by centering the high-frequency energy for a certain area to automatically produce a somewhere around 10, 000 degree plasma from different gas making use of Electromagnetic induction.
This specific plasma is usually a part of the arc launch. By means of bringing out supplies (powders, petrol, fluids) into the plasma it's possible to induce vaporization, burning, dissociation, and chemical reactions pertaining to programs such as nano-particle synthesis, powdered spherodization and reaction, film formation, and dissociation involving dangerous gas.
In comparison to the direct current (DC) arc launch, a greater plasma volume can be obtained. The gas is also much better than that of the DC plasma.
This radio-frequency thermal plasma runs at atmospheric pressure, or even in the low-pressure environment near to atmospheric demand, by centering the high-frequency energy for a certain area to automatically produce a somewhere around 10, 000 degree plasma from different gas making use of Electromagnetic induction.
This specific plasma is usually a part of the arc launch. By means of bringing out supplies (powders, petrol, fluids) into the plasma it's possible to induce vaporization, burning, dissociation, and chemical reactions pertaining to programs such as nano-particle synthesis, powdered spherodization and reaction, film formation, and dissociation involving dangerous gas.
In comparison to the direct current (DC) arc launch, a greater plasma volume can be obtained. The gas is also much better than that of the DC plasma.
Surface treatment nozzle
Flow's nozzles and accessories offer the most lightweight lances with ultra nozzle...
Surface treatment nozzle
Flow's nozzles and accessories offer the most lightweight lances with ultra nozzle rotating speed, and the most effective nozzles. It features an array of tools that provides an incomparable dependability and output results such as the 5-Jet Nozzle, 4-Jet Nozzle, 9-Jet Nozzle, 2-Jet Nozzle, 5-Jet 90 Degree, and the 5-Jet Fan Jet.
Evaporation coil for thermal evaporation - WVM, Ta, Mo, ML
This thermal evaporation coil is developed by PLANSEE. It is specifically designed to cater applications that involve part of the PVD...
Evaporation coil for thermal evaporation - WVM, Ta, Mo, ML
This thermal evaporation coil is developed by PLANSEE. It is specifically designed to cater applications that involve part of the PVD or Physical Vapor Deposition process. The material that is to form the subsequent layer is heated in a vacuum chamber until it evaporates. The vapor thet was formed by the material occurs condensation on the substrate and forms the needed layer. In addition, the coil is capable of turning up the heat. The resistance heater of this coils has extremely high melting point for boiling of material.
Evaporation boat
Plansee's thermal vacuum evaporation is a coating procedure used as part of Physical Vapor Deposition process. The component that will make the subsequent layer is heated inside the...
Evaporation boat
Plansee's thermal vacuum evaporation is a coating procedure used as part of Physical Vapor Deposition process. The component that will make the subsequent layer is heated inside the vacuum chamber until it evaporates.
The vapor formed by the material condenses on the substrate and makes the needed layer. This process is made in a high vacuum because numerous cutting materials react with nitrogen, water and oxygen.
The high temperatures that are required are created using resistance heaters or induction heaters, electron beams or arcs. The evaporation boats are constructed from refractory metals like molybdenum, tungsten or tantalum to resist high temperatures and chemical aggression.
The vapor formed by the material condenses on the substrate and makes the needed layer. This process is made in a high vacuum because numerous cutting materials react with nitrogen, water and oxygen.
The high temperatures that are required are created using resistance heaters or induction heaters, electron beams or arcs. The evaporation boats are constructed from refractory metals like molybdenum, tungsten or tantalum to resist high temperatures and chemical aggression.
Plasma nozzle / for surface treatment - WCu
The Plansee tungsten copper plasma spray electrodes and nozzles are made from superior materials for a long service life. During plasma spraying, metal/ceramic powder is melted in...
Plasma nozzle / for surface treatment - WCu
The Plansee tungsten copper plasma spray electrodes and nozzles are made from superior materials for a long service life. During plasma spraying, metal/ceramic powder is melted in...