In the boundless skies of aerospace, in the deep blue mysteries of ocean engineering, and under the harsh conditions of the chemical industry, titanium alloys-known as the 'space metal'-have become highly sought-after in high-end manufacturing due to their excellent corrosion resistance, high strength, and lightweight properties. However, the welding of medium and thick titanium alloy plates/titanium-plate has long been plagued by three major technical bottlenecks: uncontrolled heat-affected zones leading to performance degradation, large welding deformations affecting precision, and high defect rates limiting reliability. These issues have made it difficult to fully realize the application potential of titanium alloys.
Today, with the breakthrough progress in laser-arc hybrid welding technology, four major innovative solutions have emerged-represented by laser-MIG, laser-TIG, laser-CMT, and plasma-MIG-providing efficient solutions to the challenges of welding medium and thick titanium alloy plates. This series of technological innovations has not only broken the industry's development constraints but has also attracted focused attention and in-depth reporting from the titanium industry's professional information platform 'Titanium Home,' driving a new transformation in the field of titanium alloy welding.
