ÑÇÖÞAV

Comprehensive Welding Capabilities

Comprehensive Welding Capabilities

Ìý

Continuous improvement in Welding Technology has enabled the development of over 6000 welding procedures qualified as per international codes and standards - ASME, BS, EN/ISO, AS/NZ - for a variety of materials in a range of thickness (0.5 to 800 mm) covering the complete spectrum of welding processes. Specialised fabrication facilities include 100,000 class dust-free enclosures with areas of 1000 sq. m. and 400 sq. m.

Welding Processes SMAWÌý ÌýGTAW GMAWÌý FCAWÌý
SAW PAWÌý ESWÌý Arc Stud Welding
CD Stud WeldingÌý Electron Beam Welding Laser Beam Welding Resistance Spot Welding Ìý

WeldedÌýMaterials Carbon steelsÌý Austenitic stainless steels Low alloy steels including Cr-Mo-VÌý Quenched & tempered steelÌý
Duplex, super duplex & hyper duplex stainless steel Nickel based alloys (Inconel, Incoloy, Hastelloy, Monel)Ìý Copper based alloys (Cupro-Nickel, aluminium bronze, brass) Titanium & Titanium alloys
Aluminium & Aluminium alloysÌý Maraging Steel Clad steels with stainless steel, Inconel, monel, cupro-nickel, titanium etc. Ìý

Specialised Welding Techniques Tandem/ Twin SAWÌý Semi-Automatic GTAW/SAW Robotic Hot Wire GTAWÌý
Activated - TIG Narrow/ Ultra-Narrow Gap SAW/GTAW Pulsed GTAW/GMAW Internal BoreTube to Tubesheet
Cold Metal Transfer (CMT) Self-Shielded FCAW Orbital GTAW ÌýStrip Cladding
High Speed ESWÌý

Ìý