E-beam welding strips are typically made of high-purity metals or alloys to meet various operational requirements. Conventional thickness ranges from 0.5 to 5 mm, with widths between 15 and 250 mm. They are commonly supplied in sheet or coil form.Strict dimensional tolerances ensure welding quality, with typical thickness tolerance at -0.03/+0 mm and width tolerance controlled within -0.1/+0 mm.
Key performance advantages include excellent conductivity, stable mechanical properties, and strong weld compatibility. In terms of mechanical properties, The tensile strength typically exceeds 245 MPa, with an elongation rate of no less than 18%, ensuring both strength and flexibility during welding. Performance varies slightly depending on material. Additionally, e-beam welding strips form low-resistance joints with common substrates such as steel, copper, and aluminum, achieving high fusion integrity. Nickel-based or stainless steel strips can withstand temperatures above 800°C, offering superior oxidation and corrosion resistance.
E-beam welding strips are widely used in power electronics interconnects, high-temperature sensor encapsulation, and other fields. Optimized through precision rolling and annealing processes, they demonstrate exceptional stability and consistency in automated high-speed welding applications, making them a critical material in modern precision manufacturing.
