Inconel Fasteners

We kanakratna Steelage Pvt Ltd are the leading Manufacturer suppliers and stockist of incoloy Fastners Having Pan India areas of operation and business networking we can provide quality material to our customer at every corner of India with Premium Quality prompt delivery and reasonable rates. Incoloy Fasteners provides high mechanical properties at elevated temperature with resistance to oxidation and corrosion. Incoloy fastener is available in bolts, screws, nuts, washers, etc.  It is a nickel based alloy predominantly nickel iron chromium composition. Incoloy 825 Fasteners is highly resistant to corrosion. It has high nickel content which is sufficient to withdraw chloride ion stress corrosion cracking, and it is very stable austenite structure. The levels of copper and molybdenum enable the alloy to withdraw reducing agents and acids. Its chromium provides resistance to oxidizing conditions, such as nitrates and oxidizing salts and nitric acid solutions. It is titanium stabilized which to resist pitting and intergranular attack after fabrication, particularly welding, which includes heating in the critical sensitization temperature range of 650°C – 760°C. Incoloy 800 Fasteners is capable of remaining stable and maintaining its austenitic structure even after long time exposures to high temperatures. Other characteristics of it are good strength, and high resistance to oxidizing, reducing and aqueous environments. It tends to work-harden during machining. It can be hot worked at temperature ranges of 871-1232°C. Incoloy 925 Stud Bolt is used in large-scale equipment that needs installation accessories, such as sight glasses, mechanical seal seats, and reduction racks. When it is used, one end is screwed into the main body, and the other end is fitted with a nut after the attachment is installed. It is a precipitation-hardenable nickel-iron-chromium alloy. By adding aluminum and titanium it can be age-hardened. On the other hand, molybdenum and copper are added to increase its corrosive media resistance. It is heat treated by annealing at 983 to 1038°C followed by cooling.