Tungsten Carbide Welding Rods - High Hardness Wear Resistant Electrodes (2.5mm, 3.2mm, 4.0mm, 5.0mm)1Kg(D998x2.5mm)

The electrode is developed with W-Cr-B and a variety of wear-resistant alloys as the main materials. It can be used for both AC and DC. It can coat and weld all the wear surfaces of carbon steel base materialsWide range of applications:*used for surfacing welding of mechanical parts resistant to strong rock wear such as brick and tile factory (reamer)*Stirring cage counter-rolling coal rock crushing ) drilling pair in cement plant (cellar tray crusher tooth plate) rock crusher plant mining machinery concrete mixer blade bulldozer and pump blade dredging Machine blades high-speed sand mixing box etc.Specifications:Model Number: D999Hardfacing layer hardness: HRC≥85Standard: GB/T984EDW-ACurrent amplitude: 130-180AmpDrying temperature: 300~350CX1hrModel Number: D998Hardfacing layer hardness: HRC≥85Standard: GB/T984EDW-ACurrent amplitude: 100-140AmpDrying temperature: 300~350CX1hrApplication: Stainless SteeLLength: 350mm/400mmPackage: 1kg(2.20 pounds)Usage: Tungsten carbideType: welding electrodesColor: TungstenDiameter: 2.5/3.2 /4.0 /5.0Working: AC DCNote：High hardness surfacing electrode(About 1 kg the number of different diameters is different.The yellow Reusable Reusable case is only for display not the in the packet.)

• Multiple diameter options (2.5mm, 3.2mm, 4.0mm, 5.0mm) to suit various welding tasks from precision work to applications.
• Exceptional hardness and wear resistance make these tungsten carbide rods perfect for high-stress, abrasive environments, extending tool and equipment life.
• devised for superior overlay welding performance, these rods create high-strength welds that withstand wear and impact, ideal for machinery and equipment repairs.
• Strong weld adhesion ensures durable, crack-resistant joints, providing reliable performance for industrial and repair tasks.
• Versatile applications in industries such as mining, metallurgy, and heavy machinery, suitable for welding and repairing high-temperature, high-impact, and abrasive surfaces.