Aerospace Screws
JKL Fasteners provides high-performance screws engineered for mission-critical applications.
KJL Fasteners provides precision-engineered screws designed for critical aerospace applications. Our screws are trusted by leading contractors for projects involving rockets, satellites, jet engines, and more. Manufactured with exacting standards, our screws ensure secure and reliable fastening in the most demanding environments.
From high-temperature engines to high-altitude spacecraft, KJL Fasteners offer the durability and strength you need to keep your assembly intact. With a focus on performance, precision, and reliability, our aerospace screws help drive your project to success, no matter how complex or challenging the requirements.
From aircraft structures to satellite components, we offer a wide range of aerospace screws tailored to every application, including high-performance materials such as A286, Inco 718, 6 AL-4 V titanium, and MP35/MP159. We also supply screws from unusual, hard-to-find, and exotic materials—each option we provide is engineered to meet the demanding requirements of aerospace, rocket, and jet engine applications, ensuring durability and reliability in even the most challenging environments.
Can KJL Fasteners Provide Custom Aerospace Screws?
Yes. Beyond providing standard and value-added COTS hardware, we specialize in designing and manufacturing custom aerospace screws tailored to your exact specifications. Whether you need unique dimensions, specialized materials, or specific performance characteristics, we can create screws that meet your needs.
Are KJL Fasteners’ Aerospace Screws Suitable for High-Temperature Applications?
Yes, we provide screws made from materials that can withstand high-temperature environments, such as those found in jet engines and rocket components. Our screws are designed to maintain their integrity even under extreme heat and pressure.
How Does KJL Fasteners Ensure the Quality of Its Aerospace Screws?
We implement a comprehensive quality control process, including material certification, dimensional inspection, and performance testing, to ensure that every screw meets the exacting standards of the aerospace industry.