High Alloyed Welding Material Austenitic Ferritic Stainless Steel AWS Electrode E2209-16 Specifications: 1.stable arc, little spatter, less smoke 2.Higher deposition efficiency 3.Excellent welding performance 4... Lire la suite
Direct Current Round Carbon Rods , Direct Current Rectangular Carbon Rods DESCRIPTION: Carbon rod is non-metal product as a kind of essential consumables before welding in the carbon arc gouging crafts which is ... Lire la suite
Electrodes Welding Material For Piercing Cutting And Gouging CO2 Welding Wire AWS ER 70s-6 Specifications: 1. All-position welding 2. High arc stability while welding 3. Adapt to larger electic current range 4. ... Lire la suite
Austenitic Ferritic Stainless Steel AWS Welding Electrode Material E2209-16 Application: E2209-16 is for welding extra-low carbon stainless steel structures in petrochemical and hydraulic projects industries,e... Lire la suite
Lime Titania Welding Electrode Wire Corrosiono Reisting Structures E347-16 Application: E347-16 is suitable for welding important corrosiono reisting structures made by Cr18Ni9Ti stainless steel that contents ... Lire la suite
300mm 350mm 400mm Welding Rod Material Stainless Steel Electrodes E309L-16 Specifications: 1.Stable wire feed speed, Beautiful welding gap 2.Little Spatter 3.Excellent welding process 4. Low-temperature impact ... Lire la suite
Low Hydrogen Iron Powder Electrode For 0.5% Molybdenumsteels AWS E 7018 A1 CODING: AWS E 7018 A1 DIN E kb Mo 26 CHARACTERISTICS: AWS E 7018 A1 (DIN E kb Mo 26) Eutherme LH-A1is a heavy coated low hydrogen iron ... Lire la suite
AWS E 8018-B2 Low Hydrogen Iron Powder Electrode For Cr-Mo Steels CODING: AWS E 8018-B2 CHARACTERISTICS: AWS E 8018-B2 is a heavy coated low hydrogen iron powder type electrode suitable for chromiummolybdenum ... Lire la suite
Extra Low Carbon Welding Material AWS E2209-16 Stainless Steel Electrode Wire Specifications: Introduction of E2209-16 Stainless Steel Electrode Wire Brand Name ZHIYOU Product Name Welding Electrodes Model No. ... Lire la suite