Ratnaraj an experience of about two decades we at Ratnaraj are an ISO 9001:2015 Certified company engaged in manufacturing, supplying and exporting superior quality products like Sheets, Plates & Coils, Pipes & Tubes, Bars & Rods, Fittings, Raw Materials etc.
Contact Info
Ground Floor 6, 36 40, Bhanushali Bhuvan, Dudadni Metal Corpn, Cawasji Patel Tank Road, Mumbai 37, 2nd Carpenter Street, Mumbai-400004, Maharashtra, India.
Ratnaraj offers a broad assortment of nickel alloy pipe fittings and accessories that have incredible mechanical properties at sub-zero temperatures. Significant properties of nickel compression pipe fittings incorporate consumption obstruction, inborn protection from full-scale fouling, great rigidity, magnificent pliability when tempered, and warm conductivity. Furthermore, nickel compression fittings additionally give astounding help in streaming ocean water even at high speed; however, in stale or low-speed ocean water, serious nearby assault may happen under fouling living beings or different stores.
We likewise offer these items in various evaluations, for example, nickel pipe fittings and accessories in altered sizes and shapes to our regarded benefactors. For high-quality chamber bolts and bolting frameworks, chamber centers are produced using wear-safe nickel ferrule pipe fittings. Little augmentations of aluminum and titanium structure Nickel Double Ferrule Pipe Fittings with a similar consumption obstruction, however, with a lot more noteworthy quality because of the gamma prime arrangement on maturing.
These nickel accessories have extension qualities suitable for heat exchangers and condensers, great warm conductivity and flexibility at cryogenic temperatures, and helpful antimicrobial touch surface properties. Contrasted with steel, nickel-alloy ferrule pipe fittings are extremely hard to machine as they work and solidify rapidly. These Nickel Alloy Double Ferrule Pipe Fittings offer excellent protection from hydrofluoric corrosive corrosion in all directions up to the breaking point.