Most industrial fasteners are used to aid with construction projects. As such, sometimes you’ll need fasteners that can withstand high temperatures, which is often the case when developing new technology or machines. Fasteners that cannot withstand such extreme environments will oxidize and become useless.

This is where high-temperature oxidation-resistant fasteners come into play.  You’ll find such fasteners to be a common staple of the automotive, oil, gas, and aerospace industry. They are designed to exhibit potent resilience to high temperatures and extreme environments.

Now there are a plethora of options at your disposal when it comes to fasteners manufacturers. So finding the right one for your application can get a bit tricky. This is why we would like to acquaint you with a proper guide to selecting the right high-temperature fasteners that best suit your specific demands.

Choosing the Right High-Temperature Fastener

To make sure you are choosing the right fastener for high-temperature environments, you must first consider its mechanical properties, cost efficiency, post-fabrication treatment, and more. Ultimately, however, whether a fastener material is right for you will entirely depend on what you need the fastener to join and where you need it.

So to select the right fastener for extreme environments, you must know for certain

  • How hot the application environment will be

  • How long with the fastener be exposed to extreme temperatures

  • Whether a fastener will be in contact with other corrosive elements

  • Whether a fastener will be exposed to shock, explosion, and vibration

The best way to find the ideal fastener that can withstand high temperatures is by focusing on the type of ally used to manufacture them. As such, listed below are some of the strongest alloys.

  • Stainless Steel 360
    Stainless Steel 360 is an extremely hard fastener, mainly because of how it was processed. It is commonly used for high-temperature environments because of the strength and ductility it exhibits.

  • Nickel
    Nickel alloys are ideal for temperatures above 1300 Fahrenheit and below 1800 degrees

  • Stainless Steel 309 and 310
    Both of these stainless steel alloys are high in nickel and chromium content. Stainless Steel 310 is especially ideal for salty settings due to the extra corrosion resistance properties it exhibits.

  • A-86
    This alloy is high in nickel, chrome, and iron content. They are also perfectly capable of withstanding oxidation due to high temperatures. They will, however, begin to show signs of breakdown at 1300 Fahrenheit and above.

If you want alloys that can withstand temperatures higher than 1300 Fahrenheit and 1800 degrees, you can try ceramic options. Ceramic fasteners are said to tolerate temperatures as high as 3000 Fahrenheit. There is a catch with ceramic fasteners though. They do not possess the same strength as their alloy counterparts and can even break if exposed to shock or vibration.

If you are looking for top-quality high-resistant fasteners, we highly recommend giving Kant Fasteners a try. We are home to a wide range of high-temperature fasteners that will assist you with your tasks in extreme environments. Often hailed as the best fasteners manufacturers, we’ve been the number one choice for affordable and premium-quality fasteners in the industry.

We implore you to visit our site and peruse through our huge selection of fasteners. Rest assured, we have just the fasteners you need to help with your work, whatever it may entail.

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