محافظ سیستم تغدیه سیم جوش و پاک کننده سیم جوش

Wire Feed Pads & Lubricant

The aforementioned solution is applied to small pieces of cellulosic coating and spun fibers, and the piece is impregnated with the solution by a clips or clips in the location between the spool of the welding wire and the initial nozzle of the feeder system on the welding wire and all the oxides and dust And the contamination on the surface of the welding wire, and on the wire creates a protective layer and a risk to welding, which ultimately makes use of this product to prevent the entry of oxides and fats and foreign objects into the feeder system and life Useful for the rollers and pulleys of the wire feed system in the first step, and then make the springs and liners clean permanently. Li is a torch and the conductor wire is always clean from any metal oxide or metal pile and other waste products. Finally, the wire is steady and smooth and it is easy to flow in its direction, and the torch during welding is at the same speed The operator will be willing to use the excessive pressure of the wire feeder engine to reduce its useful life, or to stop or stop repeatedly during welding. It should be noted that the presence of dirt in the feeding system causes many defects, and most often It is out of the ordinary that we refer to a number of them below.

Interesting and remarkable tips for MIG / MAG consumers and welders:

Has it ever happened to you that after touching the surface of the MIG / MAG welded wire wrapped in the reel, your hands are dirty or black, or greasy or dirty, have you asked yourself if these dirt and Where and how do the quality of the dust and fats come from?! The points mentioned below are just a few of the negative effects of these dirt in the MIG / MAG welding process, which is briefly explained.

  • Excessive spark and sputter during welding, in which solid particles on the surface of the wire are spattered and released during welding in the weld pond and around it.
  • Eclipse of the passage of the wire and the failure to feed the welded wire with constant and defined velocity and serious damage to the internal pulleys and springs and conductive conductors of the wire and the welding torch
  • By boiling the boiling temperature due to the presence of oxides and carbides and contaminants on the surface of the welding wire, which causes the energy to be dissipated and the welding of the turbine is hot.
  • Unregulated arc in the desired location and arc dispersion in a larger and larger circle of required space, which causes damage to the appearance of the weld and pollen formed.
  • The increase in the amount of ampere consumed during welding and the rising cost of excessive consumption of electrical energy in the long run are dramatically economic and financial.
  • The change of metallurgical properties of the weld metal and its chemical properties, and the loss of resistance and mechanical strength of the welding metal.
  • By melting the temperature of the pond and causing defects in welding and burning, and macroscopic burns in the HAZ region, the presence of oxides and dusts that were present through the welding wire and its feeding system in the melt basin, and many other cases More details on this topic will be avoided.