How to evaluate automotive metal joining methods for body-in-white panels

Automotive metal joining for BIW panels: compare welding, adhesives, and mechanical fastening to optimize crash strength, corrosion resistance, quality, and production efficiency.

How to prevent galvanic corrosion in dissimilar metal automotive body joining

Dissimilar metal automotive body joining: learn proven strategies to prevent galvanic corrosion through isolation, coatings, sealing, drainage, and validation.

Laser Arc Hybrid Welding: Key Factors That Affect Penetration and Speed

Laser Arc Hybrid Welding: discover the key factors behind penetration depth and travel speed, from fit-up and wire feed to gas and alignment, to improve weld stability and productivity.

How to Control Cracking in Dissimilar Metal Welding for Aerospace

Dissimilar metal welding for aerospace: learn how to control cracking through heat input, filler strategy, interface design, and qualification methods for stronger, certifiable joints.

EN ISO 15614-1:2026 Takes Effect on August 15

EN ISO 15614-1:2026 takes effect on August 15, setting new welding procedure qualification rules for laser, hybrid, and robotic welding. Learn the compliance risks and what exporters should do now.

EU EN ISO 15614-1:2026 Takes Effect on August 1

EU EN ISO 15614-1:2026 takes effect on August 1, introducing new welding validation rules. Learn what exporters, importers, and certification providers must review now.