What are Nickel Alloy Bolts?
Nickel alloy bolts are used in several industries, such as the aerospace, food preparation, and petrochemical fields. They are durable and highly resistant to high-temperature conditions. Several manufacturers offer this type of fastener.
In addition to its great resistance to oxidation corrosion, nickel alloy bolts are also highly malleable. This characteristic makes them ideal for high-stress situations. Moreover, these bolts are also designed to withstand nonstandard configurations. Therefore, choosing the right manufacturer is important to ensure you get the correct product.
Several companies provide a wide variety of nickel fasteners, from the simple hex head to the intricately-crafted track shoe. These are available in several grades, such as the nickel 200, which has excellent strength and torque capacity. Additionally, they are manufactured using a commercially pure grade of nickel, which enables them to resist reducing agents, alkaline salts, and acids.
Applications of Nickel Alloy Bolts
Despite their impressive properties, nickel bolts are a costly option. There are several factors to consider before purchasing, including the material and finish. To determine which type is best for your project, review the manufacturer’s website to learn more about their products. Similarly, take the time to read through the company’s manufacturing process to get a better idea of what it takes to produce quality nickel products.
Among the many manufacturers of nickel alloy bolts, the Suraj Metal Corporation is a leading supplier. They are renowned for their quality, dimensional accuracy, and ability to manufacture fasteners with exacting specifications. Other manufacturers include the Nickel Bolt Company, which offers a range of nickel alloy bolts that are corrosion-resistant and designed to handle nonstandard configurations.
In addition to Nickel Alloy 200 / 201 Bolts, the company also offers several other bolts. For example, the UNS N02201 Structural Bolts are extremely durable and have a 103MPa minimum yield strength in the annealed condition. They have excellent corrosion resistance, especially against dry fluorine and hydroxides.
