Shear Studs Manufacturer in Ludhiana

As a shear studs manufacturer in Ludhiana, Baaz Fasteners produces welded shear connectors used to lock steel beams and concrete slabs together in composite construction, so the two materials act as a single structural unit under load. Each stud is fitted with a precision aluminium tip that stabilises the arc and deoxidises the weld pool during drawn-arc welding, and a ceramic ferrule that shields the weld from oxidation while shaping a uniform fillet at the base — together giving fabricators a consistent, full-fusion bond on site.

Manufacturing takes place at our Ludhiana facility, equipped with German hot forging presses, bolt makers, nut formers, CNC machines, heat treatment furnaces, UTM, profile projectors, Magna Flux testing machines, and Spectro equipment — enabling consistent quality across bulk orders for automotive, industrial, and construction fasteners.

With over 60 years of fastener manufacturing experience, Baaz Fasteners produces shear studs from M12 to M25 in lengths up to 300 mm, suited to bridge decks, multi-storey composite floors, industrial mezzanines, and metal-deck flooring systems that need through-deck welding.

Manufacturing is IATF 16949:2016 and ISO 14001:2015 certified, with quality maintained through an in-house testing laboratory and dedicated quality-control processes, supported by a separate R&D unit focused on product improvement and manufacturing development.

Based in Ludhiana, Punjab, with an established manufacturing facility, experienced production staff, and the capacity to meet bulk fastener requirements within defined timelines, Baaz Fasteners supports customers seeking a dependable shear studs manufacturer for bridge, building, and industrial composite construction projects.

(Note the fix from the current live version: it says “M16 to M25” in one place and “M12 – M25” in the specs table — an inconsistency. I’ve standardized to M12–M25 throughout, matching the specs table. Worth double-checking with your actual production range before publishing, since I can’t verify which figure is correct.)