Fig. 1
Copper Tungsten
Copper – tungsten (Cu-W) alloys combine tungsten’s exceptional strength and high melting point with copper’s superior thermal and electrical conductivity, making them ideal for high-load welding applications. These alloys excel in durability, high-temperature performance, and efficient heat dissipation, ensuring reliability in demanding tasks. Compatible with standard machining techniques such as milling, drilling, and turning, W-Cu alloys allow flexible and precise shaping. With optimized copper content to balance hardness and machinability, W-Cu electrodes are particularly suited for welding high-resistance materials like stainless steel, nickel alloys, and refractory metals. Their exceptional wear resistance and heat stability make them indispensable for projection, spot, and seam welding.
Molybdenum
Synaptite Grade 1
Synaptite Grade 2
Productivity
Advanced materials in welding electrodes enable faster production cycles, extended service life, and reduced maintenance downtime without compromising quality. Our composite grades combine machinability, durability and high-temperature hardness capabilities.
Efficiency
Engineered resistivity ensures efficient heat transfer, reducing operational costs and enhancing welding performance. EPoS’s eForging process eliminates the need for sintering furnaces, creating cost-effective alloys ready for assembly without additional machining.
Sustainability
Efficient welding processes also consume less energy, promoting overall sustainability. Durable welding tips decrease replacement frequency, cutting down waste and the environmental impact associated with manufacturing and disposal.Our Cobalt and Berrylium free grades further enhance employee safety and reduce waste. Our Tungsten-free grades and mitigate raw material criticality and promote sustainability in welding electrode manufacturing.