Technology

• Refurbishment technology for load-bearing components made of High Tensile Steel (AISI 4340 Steel)
• Refurbishment technology for cylinder heads made of cast iron used in engines
• Laser surface hardening of hemming beds and forming dies
• Laser Hardening of crankshafts
• Laser Clad coating of thermal power plant boiler components
• Laser Drilling of superalloys and thermal barrier coated superalloys for aerospace applications.
• Repair and Refurbishment of Pressure Die Casting Die Components using Laser Material Deposition (Laser Cladding)
• CMT brazing of Al-Steel
• Laser brazing of Al-Steel
• Laser brazing of Al-to-Steel and Steel-to-Steel structural components
• Laser joining of Al-to-Al parts for medical equipment components
• Laser surface treatment of turbine parts used in power plants
• Laser surface hardening of automotive shafts
• Laser surface treatment of rolling elements used in bearings
• Laser-clad coatings for boiler components in a thermal power plant
• Reclamation and refurbishment of used shafts by laser cladding
• Laser surface nitriding for industrial applications
• Anti-galling coatings by laser cladding for fast breeder nuclear reactor components

• Pulsed Electrodeposition coating
• Electro-Spark Coating Technology
• Detonation Spray Coating (DSC) Technology
• Micro Arc Oxidation (MAO) Coating Technology
• Electro Spark Coating Equipment Manufacturing Technology
• High Temperature compliant glass ceramic sealeants.

Method for bulk synthesis of tungsten disulfide nanosheets for use as catalysts and lubricants

Bulk production of nano aluminum powders

Iron based cerametallic friction pads for clutch plates of heavy vehicle

• Method for preparation of exfoliated graphite Sheet
• Exfoliated graphite based Gaskets and Seals

•    Cold spray
•   Micro Arc Oxidation (MAO) Coatings Technology
•   Advanced Detonation Spray Coatings (DSC) Technology Mark II

• Process knowhow for fabricating 500W-1000W HTPEMFC stack.
• Process know for developing a DC room facility with suitable controllers.
• Process know-how for making bipolar plates from exfoliated graphite useful in PEM fuel cells / Electrolyser/ High Temp. PEMFC
• Process know-how for making gas diffusion electrodes used for PEM fuel cell
• Process know-how for making catalyst coated membranes
• Process know-how for making Membrane - electrode assemblies for fuel cell and electrolysers
• Process know-how for making low cost membranes for humidifier
• Membrane based humidifier for PEM fuel cells ( 100 watts -1200 watts)
• Automatic load tracking flow control system for fuel cell application
• Process know- how for fabricating water cooled fuel cell stacks in the range 500-10000 watts ( both reactants humidified)
• Process know-how for fabricating Air cooled fuel cell stacks in the range 50-500 watts
• Process know-how for fabricating Air breathing fuel cell stacks in the range 50-500 watts
• Fully automated fuel cell control system
• Grid independent automated fuel cell systems ( GIPS) in the range 500 watts to 10000 watts ( AC power) - Liquid cooled
• Grid independent automated fuel cell stacks for 48 V DC applications ( 3000 watts) - liquid cooled
• Control systems for transportation applications with variable DC input and output
• Process know -how for fabricating hydrogen generator based on electrochemical reformation of methanol - water mixture - 1 Nm3/ hr capacity.

• Smart carbon based TiO2 nanostructure materials for indoor and outdoor self-cleaning applications
• Dual functional coating (Anti-Reflective and Anti-Fogging) for Solar, Optical & Other Applications
• High Crystalline TiO2 and ZrO2 nanoparticles for multifunctional applications

• Pressureless sintered SiC technology for high-tech reliable ceramics
• Silicon carbide (SiC)-based chemical vapour deposition (CVD) technology for extremely smooth reflecting surface for optical applications (know-how transfer)
• SiAlON products for electromagnetic (EM) wave transparent applications
• Ready-to-press (RTP) silicon carbide and other non-oxides powder