Super Arc Plasma Unit

Super Arc Plasma Unit

    1. NanoScale Certification

    2. 2017/11/21
    3. 2020/11/21
    1. Certificate of Nanotechnology

    2. 2017/11/21
    3. 2020/11/21
Introduction Application Specification Advantage Of Using Nanotechnology Manual And Maintenance Safety And Package
Plasma is the fourth state of matter and is a pack of ions in which the number of positive ions equals to the number of electrons. At normal pressure, plasmas are mostly hot (around several thousand degrees Celsius), so it is difficult to control them. In order to improve performance, researchers have succeeded to produce cold plasma at normal pressure and room temperature. Cold plasma is one of the effective methods for sterilization of different surfaces, preparation of polymers, fabrics and textiles surfaces, and generally surface activation. At present, the use of cold plasma has been developed to enhance the surface energy for supplementary processes such as coloring. Plasma increases the ability of surface color absorption and printing through the creation of nanostructures, polar groups and active chemical species on the surface. Other capabilities of plasma are generating mechanisms to break the genetic chains of microorganisms and remove the bacteria.
Generally, the surface modifications by plasma can create or improve characteristics such as hydrophilicity, antistatic properties, capillary, chemical absorption, color absorption, printability, increasing the effective surface, creating active sites, adhesion and many other cases in produced textiles.
The applications of the Super Arc Plasma device include:
  • Increasing the printability of packings, bottles and their doors in packaging industry and improving adhesion 
  • Surface cleaning
  • Plasma surface modification, improving the printing, color absorption and polymers hydrophilicity
  • Surface decontamination in food industry
  • Seed germination in agriculture
The Super Arc Plasma Units provided by this company are designed and produced in two different models. Details of technical specifications are presented in the following Table.
 
In general, one of the most important issues regarding the relationship between plasma equipment and nanotechnology is the ability to create or enhance nanoscale surface roughness. In this case, it is expected that the wettability and color absorption of surfaces such as fibers or textiles increase. The other case is the presence of a surface-activated layer which noticeably improves the adhesion of coatings and nanolayers through the formation of bondings at atomic level.
  • Adjust the distance between torch and platform with the Z keys before turning on the plasma torch. 
  • To work with a pre-defined pattern, first, prepare the pattern in the Corel Draw program and connect to the system using a USB cable. Then fix the sample in its place and turn on the device.
  • For more details on how to use the device, refer to the device catalog and user guide.
  • Avoid touching the plasma torch and the high voltage power supply on the back of the device when the device is on. (Danger of electric shock with high voltage electricity)
  • Use the plasma just in the range of specified platform. (Working outside the platform may damage the device)
  • Connect the gas output port to the suitable ventilation system. Avoid putting the samples that are scattered through the wind generated by plasma system; and before start working, fix the sample in its place.
  • By occurrence of any change in the sound, color and plasma state, instantly turn off the device using the emergency switch and report it to the company.
  • Never turn on the device in a place full of explosive gases.
  • Be sure the earth connection is connected to the device socket.
  • By feeling the smell of smoke, burn, or abnormal sound from the device, immediately cut off the power cord and contact with the after-sales service of the company.
  • Avoid dismantling, manipulating or repairing the machine in the absence of an expert approved by the company.
  • Excessive moisture of the environment affects the performance of the device. The environment moisture should be less than 51% (non-condensing) at 25 °C and less than 25% at 55 °C.
  • The device installation place should be equipped with a suitable ventilation system as the device generates harmful gases during operation.
  • The recommended ambient temperature is 15 to 55 °C.
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