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AC power supplies, manufactured by Basafan Company are designed in various frequency bands, as single-frequency or covering specific frequency ranges with a wide range of power and voltage. The various models of this product are listed in the following table:

The system uses the dielectric barrier method, which is a form of gas discharge by placing the barrier in the discharge region and produces cold plasma. Adjusting the frequency and range of applied fields to electrodes to achieve a fully uniform, as well as the ability to adjust the processing time are some of its features. The DBD plasma system is capable of working in atmospheric pressure as well as the ability to work under pressure from the atmosphere (vacuum mode), which in many processes can produce more favorable and controllable results.
These characteristics make this type of plasma a highly effective and useful tool in the fields of medicine, biotechnology, printing and packaging industries, agriculture, chemistry, polymers, and so on. The dielectric barrier plasma can be produced in the high voltage range by using two electrodes, one of which is coated with a dielectric layer, and the distance between the two electrodes is several millimeters. The existence of a dielectric barrier limits flow and lowers the plasma temperature.

 The MWJ30BF Microwave Plasma Jet System is a set that is able to ionize many types of gases passing through the glass tube located in the center of the jet, by applying the microwave frequency power. This system is capable of sustaining the plasma in various conditions and in a fully controlled condition. Special features of this system include: high ion density production, closed-loop power controlling, portable torch, Equipped with mass flow controller.

Promoting Adhesion, Corona, Flame, Ozone, Plasma Surface treatment

 Atmospheric-plasma-deposition-of-glass coatings on Aluminium

Cold plasma in Medicine

Effects of RF power and treatment time on Carbon thin films

Principles and application of rf system for hyperthermia therapy

effect of RF Plasma treatment on the surface activation of the Polycarbonat substrate

This equipment is used to create carious characteristics in fabrics and two-dimensional and three-dimensional objects.
It is possible to adjust the different operational parameters in manual and automatic modes and control the system performance via the display and control panel. Parameters such as working pressure, amount of injected gas and monomer, and different timings can be adjusted and monitored in both modes.
Special applications of this device include creating certain characteristics such as hydrophilicity, hydrophobicity, stain-proof and grease-proof, and slow burning characteristics in cloth, shoes, garments, electronic boards, and various polymeric and composite substrates.

The components of this device include the following:

1. Vacuum enclosure
2. Pump, fittings, gages and relief valves
3. Plasma power supply with a special design by the manufacturer
4. Various power supplies
5. Control board
6. HMI and PLC control and monitoring systems
7. Heaters and different temperature sensors
8. Plasma electrodes
9. Chassis, body and cover
10. Cables and connections
11. Ventilation system