Nimonic Fasteners are stainless steel products made of nickel, chromium, cobalt, molybdenum, iron, and manganese. Nickel is the primary component of most Nimonic alloys and provides exceptional corrosion resistance compared to other alloying materials. Chromium provides improved hardness and enhanced flexibility, allowing for better machinability. Cobalt aids in increasing the strength and durability of the Fasteners. Molybdenum helps to improve thermal properties by increasing the melting point temperature of these products. Lastly, iron is a fundamental component and aids in enhancing corrosion resistance by forming helpful oxides that protect from further oxidation damage. Manganese also increases mechanical characteristics like hardness, elasticity, fatigue strength and wear resistance! With such an impressive chemical composition combination, it's no wonder that Nimonic Fasteners can be found in applications ranging from nuclear reactors to airframes.
Nimonic Fasteners are an incredibly versatile and durable product used in many industries. They provide excellent corrosion resistance and can withstand extreme temperatures, making them great for aerospace applications. Their thermal conductivity makes them useful in refrigeration, climate control, and cooling systems. They are lightweight yet solid and appropriate for high-stress applications such as aircraft structures. Nimonic Fasteners also have incredible fatigue strength and can join materials that traditional Fasteners cannot hold together. With so many uses and properties, it's no wonder why nimonic Fasteners have become the top choice for many engineers!
Nimonic is a nickel based alloy. Nimonic fasteners are super alloys with high temperature and low-creep resistance. It contains 50% nickel and 20% chromium, along with other elements such as titanium and aluminum.
Nimonic fasteners have good resistance to heat and corrosion. These fasteners also have good mechanical properties. Nimonic fasteners are also capable of resisting oxidation. Conventional techniques of machining used on iron also work on Nimonic. Commercial types of fasteners include J-Bolts, U-Bolts, L-Bolts, Nuts, Screws, Hex Nuts and Washers. Nimonic resists sulphuric acid environments with the addition of chromium. Industries such as heat treatment equipment, gas turbine engine, aerospace, nuclear engineering and industrial furnace parts. It is used in aircraft parts, owing to its capability to withstand high temperatures. Nimonic fasteners are available in grades such as Nimonic 75, Nimonic 80A and Nimonic 90. These alloys are known for their high-performance. These Nimonic fasteners are have excellent strength and high ductility. The microstructure of these Fasteners is highly stable. Nimonic 80A alloy was used in Rolls-Royce Nene as turbine blades.
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