| Size Range | 5 |
|---|---|
| Length | 10 |
| Standards | Astm, Asme, Din, Nf, Jis, En, Ios |
| Finished | Black, Bright, Cold Drawn, Polish, Polished, Centreless Ground |
AISI GR 660 Round Bar Manufacturer In India
Nippon Alloys Inc is AISI GR 660 Round Bar Manufacturer that focuses on the production of high performance and heat-resistant alloy bars that are designed to resist high-resistance requirements in the industry. These bars are of a precipitation hardened alloy of nickel-chromium-iron, which shows excellent oxidation resistance, stress, and creep resistance down to low temperatures. AISI GR 660 Round Bars are well known because of its high mechanical characteristics and are often applied in the development of aircraft parts (aircraft components), sea hardware, turbine, and high tensile fasteners where stability is of great concern in high-pressure and temperature applications. Browse through our vast range of round bars including 27C15 Alloy Steel Round Bar.
AISI GR 660 round bars can be ordered in a trustworthy B2B portal and the buyers can find the trusted suppliers to get in touch with them, check the technical data, and even get quotes easily. Given such platforms, the procurement teams can easily compare grades, check certifications, and ensure that on-time deliveries are achieved in mission-critical projects. Industries can streamline their lead times with the availability and the visibility of the sourcing channel by availing to them the best materials based on their work specifications.
Type of Sub-products
Aisi Gr 660 Square Bar Aisi Gr 660 Square Bar
High strength stainless steel square bar known for excellent oxidation resistance and durability at elevated temperatures. Widely used in aerospace, power generation, and marine applications.
Aisi Grade 660 Class A Round Bar Aisi Grade 660 Class A Round Bar
AISI Grade 660 Class A Round Bar, also known as Alloy A-286, is a high-strength, heat-resistant, iron-nickel-chromium alloy round bar designed for excellent corrosion resistance and superior performance at elevated temperatures.