RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"
RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"

RG-60 Copper Coated - Oxy-Acetylene Carbon Steel Welding Rod (R60) - 36"

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  • $32.00

Weldas 

  • RG-60 iSÜA Copper-Coated oxyfuel gas welding rod used to produce high tensile strength welds on low carbon and low alloy steel sheets, plates, pipes of gradeSÜA and B analysiSÜAs well as structural fabrications.
  • High levels of silicon and manganese act as deoxidizers by removing impurities from the molten metal eliminating the need for flux€ââ"š¬Â�no flux required.
  • Tensile Strength of Welded Metal 60,000 to 65,000 psi - Conforms to AWS/SÜA 5.2 R60 (F-6, A-1) and ASTM A251-66 Class RG60
  • ***READ THIS: The main image is for reference only. Please check Picture #2 for an approximate quantity of rods per pound***
  • Available Diameters: 1/16", 3/32", 1/8" and 5/32" - Available Packages: 1 Lb, 2 Lb, 5 Lb and 10 Lb. Select your choice from the size menu options.

    • Weldas 

    Recommended Oxyacetylene Procedure: Bevel cracks or heavy sections where possible. Clean the area to be welded as thoroughly as possible. Use a neutral or slightly reducing flame. The extent of the excess fuel gas is measured by the length of the streamer? or feather? of unburned fuel gas visible at the extremity of the inner cone. The streamer? should measure about 1/8 to 1/4 of the length of the inner cone of the flame. Excessively long ? streamers? should be avoided since they may add carbon to the weld metal. If forehand welding (welding rod precedes the torch flame), distribute the heat and molten weld metal by using opposing oscillating motions of the flame and welding rod. If backhand welding (welding rod is interposed between the flame and molten metal), then there is significantly less manipulation of the flame or welding rod.