Âé¶¹ÊÓÆµ

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 ³§²Ñ´¡°ÂÌý Ìý³Ò°Õ´¡°Â ³Ò²Ñ´¡°ÂÌý ¹ó°ä´¡°ÂÌý
SAW ±Ê´¡°ÂÌý ·¡³§°ÂÌý Arc Stud Welding
CD Stud WeldingÌý Electron Beam Welding Laser Beam Welding Resistance Spot Welding Ìý

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

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 ·¡³§°ÂÌý