Our team routinely manufactures critical fastening hardware in high-performance materials such as A286, Inconel, Waspaloy, and Titanium. A286 and related iron-nickel-chromium alloys are a go-to choice for aerospace fasteners because they combine stainless-like corrosion resistance with high strength and stability at elevated temperatures. Inconel and Waspaloy nickel-based superalloys deliver outstanding strength and oxidation resistance in the hottest, most demanding aerospace environments, while titanium fasteners provide an exceptional strength-to-weight ratio for weight-critical structures and airframe applications. By mastering the machining behavior of this entire family of alloys—each with its own work-hardening, tool-wear, and chip-control challenges—Gates Albert is able to consistently produce complex, tight-tolerance fasteners that meet stringent aerospace performance requirements.
Backed by an AS9100D certification, our state-of-the-art quality tools and quality management system make us a premier supplier for the aerospace industry. Advanced inspection, process control, and full lot traceability are built into every job, supporting the integrity and reliability expected for flight-critical hardware.
Gates Albert’s latest Davenport technology further enhances our ability to manufacture intricate fasteners efficiently and economically. As recognized experts in Davenport multi-spindle machining, we leverage high-productivity equipment that has long been the machine of choice for aerospace collars, nuts, and other precision fasteners. By combining modern control systems, upgraded tooling, and optimized processes with this proven Davenport platform, we can hold tight tolerances on complex geometries, maintain exceptional repeatability across high-volume production, and reduce piece-part cost on challenging alloys like A286, Inconel, Waspaloy, and titanium. This integration of material expertise, advanced Davenport capability, and aerospace-qualified quality systems positions Gates Albert as a trusted partner for the most demanding fastener programs.