Thousands of bolts, rivets, screws, and pins are utilized across an aircraft, but different sections face vastly different physical demands. This means that engineers must be incredibly selective regarding fastener materials to balance their weight and the type of resilience they must present. Titanium, Inconel, and steel are among the most popular options, so this blog will cover their distinct properties and applications to help you make the appropriate choice for any repair.
Aerospace fasteners serve as critical joining components that secure structural assemblies and maintain load paths across a wide variety of aircraft systems. As manufacturing demands continue to evolve for such components, additive manufacturing is increasingly being explored as a complementary approach to traditional machining and forming methods. In this blog, we will explore how additive manufacturing can improve aerospace fastener design and production, examine the primary processes used to create custom components, and review key constraints that procurement teams should consider when evaluating such solutions.
When working on various assemblies that involve the use of nuts, bolts, and other various rounded metal pieces, it is common to use a wrench for tightening and loosening objects. Depending on the types of fasteners present and other various factors, a number of wrenches may be used. One popular type of wrench for installation and removing rounded objects is the pipe wrench, and it is commonly used on bolts, pipes, and rods. As a common tool for those working in a number of industries, it can be beneficial to have a basic understanding of their design, application, and subtypes.
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