Solaris MIG-203

#N/APTDSEAWE5032

GYS Graphite-basic Coated Electrode with a high nickel concentration percentage. Designed for cast iron repairs. They have excellent mechanical properties and is highly resistant to cracks.Application more→s: welding and reinforcing cast iron cast iron modular cast iron and cast iron steel assemblies.Classification: EN ISO 1071 : EC NiFe-Cl AWS A 5.15 : E Ni Fe Cl 3 DIN 8573 : E NiFe 1 BG 13.These GYS Cast Iron Electrodes have the following specifications:Electrode Diameter: 2.5mm.Thickness: 3-6mm.Welding Current: 70.Pack Qty.: 11.PTDGYS083332

This 50mm straight welding electrode is the most compact option in the range, specifically designed for precision work in highly confined spaces. Measuring just 50 x Ø12mm, this ultra-short variant ex more→cels in applications where access is severely restricted and maximum control is essential. It's particularly valuable for specialist repair work, intricate fabrication tasks, and situations where longer electrodes simply cannot reach or would obstruct visibility of the work area. Compatible with Sealey welders and other leading brands, this electrode offers the same Ø12mm diameter as all variants, ensuring reliable arc performance despite its compact size. The minimal length makes it indispensable fo…

#N/APTDSEAWESS5040

#N/APTDSEAWED1040

This 215mm straight welding electrode is the longest variant in the range, providing extended reach and durability for larger welding projects. Measuring 215 x Ø12mm, this electrode is ideal for lengt more→hy fabrication work where frequent electrode changes would disrupt productivity. The extended length allows for longer welding runs before replacement is required, making it particularly suitable for continuous welding operations and professional workshop environments. Compatible with Sealey welders and other leading brands, this electrode delivers consistent performance across various welding applications. The substantial length makes it well-suited for heavy-duty tasks and situations where maximum e…