Industry News
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Boost your welding projects with D132 (B-83) cladding electrodes
When it comes to rebuild welding, there is no room for compromise. You need welding electrodes with exceptional performance and reliability. D132 (B-83) cladding electrode is your best choice. This low hydrogen we...Read more -
Enhance Durability and Resistance with B-85 Overlay Welding Rod
Looking for a welding solution that will dramatically increase the wear resistance and durability of your equipment? B-85 cladding electrode is your best choice. This special electrode is designed to provide a hig...Read more -
AW DURMATIC (H-10) Hardfacing Rod: The Ultimate Solution for High-Wear Parts
Are you struggling to find welding rods suitable for steel, manganese steel or soft iron hard coating? Look no further than AW DURMATIC (H-10) cladding electrodes. Designed specifically for high wear parts or components, this arc electrode is the perfect solution for you...Read more -
Improving Performance with High Nickel Alloy Welding Wires
In the fast-paced world of welding and cladding, professionals understand the critical importance of using high-quality materials to achieve flawless results. This is where high nickel alloy wires come into play. Developed specifically for welding and cladding nickel-bas...Read more -
Enhanced Welding Performance Using ERANCMo-4 Nickel Alloy Welding Wire
In the field of welding, the importance of selecting the correct welding wire cannot be overemphasized. When it comes to nickel-based alloys, steel and stainless steel, one product stands out - ERANCMo-4 nickel alloy welding wire. With its superior performance and wide r...Read more -
Versatile AWS E2209-16 Stainless Steel Electrode: Improving welding performance across industries
In the field of welding, choosing the right electrode is crucial to get the best results. AWS E2209-16 Stainless Steel Electrode (also known as AF2209-16) is an excellent choice when using ultra-low carbon nitrogen-containing duplex stainless steel materials. The electro...Read more -
TIG Basic Welding Knowledge
TIG welding was first invented in America ( USA ) in 1936, known as Argon arc welding. TIG allows top-quality welded joints to be produced with inert gas supports with clean welding results. This welding method is an all-purpose welding procedure with regard to the material used, wall thickness, ...Read more -
Features of E6010 Electrode
E6010 Carbon Steel Welding Electrodes E6010 ectrode is a basic electrode. It is suitable for welding low-carbon steel structure as pipelines, shipbuilding and bridge, etc. 1. Suitable for DC welding and AC welding; 2. The welding speed is fast, the penetration depth is large, and the welding eff...Read more -
Good Quality E4043 Aluminum Alloy Electrode
Aluminum and Aluminum Alloy Electrode AWS E4043 Description: AWS E4043 is an aluminum-silicon alloy electrode with a salt-based coating. Use DCEP (direct current electrode positive). Short arc fast test welding. The deposited metal has certain mechanical strength and good crack resista...Read more -
What is Arc Force in Welding?
What is Arc Force in Welding? Arc force is the result of the interaction between the welding electrode and the workpiece. The electrode transfers energy to the workpiece, which heats up and melts. The molten material then solidifies, forming a weld joint. The amount of arc force generated depend...Read more -
The characteristics and application range of electrode arc welding
When using electrodes for arc welding, the required welding machine is relatively simple, and you can choose an AC or DC welding machine. In addition, there is no need for excessive auxiliary equipment when welding, as long as there are simple auxiliary tools. These welding machines are simple in...Read more -
Working principle and structure of welding rod
The demand for steel in modern society is increasing, and many metal objects used in daily life are produced, which need to be welded with electric welding machines. A key component in this process is the electrode or welding rod. In the arc welding process, the electrode conducts electricity in ...Read more