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Nuclear

Neutron irradiation inside a Nuclear Power Plant can put even the strongest of metals to test. Unlike a lot of other metals, Stainless Steel has the strength to provide greater safety and superior performance expected from the structural components of pressurised water reactors and fast breeder reactors due to its superior strength-to-weight ratio, corrosion resistance, high ductility and durability. But that’s not all, stainless steel is also the material of choice for reprocessing spent fuel discharge from reactors. At Jindal Stainless, we are proud to strengthen India’s journey towards clean and green energy by supplying 304L (NAG)/304/304L/304LN/316/316L/316LN/321/310S and EN 1.4550 stainless steel to the nuclear sector.

KEY SUPPLIES IN NUCLEAR INDUSTRY
ITER – PROJECT
Application Cryostat
Grade 304L
Product Large & Heavy Plates
Special requirement Controlled Co Level,
Inclusions
(Type A+B+C+D<=2)
BARC
Application Fast Reactor Fuel
Cycle Facility( FRFCF)
Grade 304L
Product Large & Heavy Plates
Special requirement Low Ra Value , High Corrosive resistance
IGCAR
Application Fast Reactor Fuel
Cycle Facility( FRFCF)
Grade 304L, 9% Ni
Product Large & Heavy Plates, Round Forged Bars
Special requirement Controlled Co Levels, Inclusions( Type A+B+C+D<4)

Jindal Stainless got the vendor approval to supply stainless steel plates/sheets for the international Thermonuclear Experiment Reactor (ITER) project. Jindal stainless bagged aprox 1400 MT order for supplying stainless steel for the prestigious project and feel proud to contribute to the technological advancement in power sector.

Thickness ranges from 1.5mm to 80mm thickness with surface roughness values < 12.5 microns for plates. Width max upto 1600mm and length 12 mt.