Aircraft screws are among the most essential fastening elements used to assemble and maintain structural and mechanical systems across an airframe. To ensure long-term reliability, these components are typically engineered with advanced materials, protective coatings, and specialized geometries that enable them to withstand varying thermal and mechanical loads throughout service. In this blog, we will examine how engineering design principles, operational forces, and procurement evaluation criteria collectively influence the performance, longevity, and sourcing strategy of aircraft screws utilized in modern aerospace operations.
Learn MoreWhen it comes to the design and operation of any aircraft, fasteners are absolutely essential in ensuring that many critical structures and systems remain safe and reliable. While a diverse set of fasteners find application throughout aviation operations, nuts and bolts in particular act as foundational elements for securing assemblies under the extreme stresses of flight. While these hardware components may seem simple at first glance, they are highly specialized, carefully graded, and manufactured with care to meet the rigorous demands of aerospace engineering.
Learn MoreOn aircraft, fasteners are vital for securing everything from major assemblies to the tiniest of electronics. With this in mind, a wide array of fastener types are employed to meet diverse service requirements, but rivets and screws are two of the most prominent across all areas of an aircraft. Selecting the appropriate fastener when assembling or working on an aircraft is a critical step in safeguarding structural integrity and allowing for appropriate maintenance in the future, so read on as we cover everything you need to know about making the right choice between rivets and screws in this blog.
Learn MoreMany pieces of technology greatly benefit from devices that dissipate heat or convert excess thermal energy into usable electricity. Thermoelectric modules are uniquely positioned to meet both demands, relying on temperature differences to do so. This blog will explore the basics of how thermoelectric modules function and their variations, clarifying their role in the current technology landscape.
Learn MoreModern aircraft rely extensively on electrical infrastructure to carry out everything from managing cockpit communications to controlling fuel flow and regulating cabin conditions. More than just wires, a wide variety of electronic components work in tandem to uphold performance both in the air and on the ground. In this blog, we will explore several vital electrical components that help keep both aircraft and ground operations running smoothly, examining their core functions and the roles they play within broader aviation systems.
Learn MoreHydraulic systems power landing gear deployment, flight control surfaces, braking systems, and so many other vital functions on an aircraft. While hydraulic fluid is mainly essential for transmitting force within these systems, the right fluid formulation must also reduce friction, prevent corrosion, and maintain overall cleanliness in order to uphold performance long-term. To help you identify the best option for different system demands, this blog will discuss the composition, advantages, and limitations of three main types of lubricating hydraulic fluids used in aviation.
Learn MoreIn defense and aerospace sectors, having a standardized classification system for carrying out sourcing and inventory management is essential. Recognized and used across the globe, Federal Supply Groups (FSGs) provide this level of structure to ensure that government agencies, military branches, and contractors can streamline the procurement and tracking of necessary goods.
Learn MoreIn today’s fast-paced aerospace and defense operations, having quick and reliable procurement processes and logistics are critical components of maintaining operational efficiency. Whether managing inventory, sourcing replacement items, or coordinating international defense contracts, consistent and reliable identification systems that reduce confusion surrounding parts are essential. One such solution is the National Item Identification Number (NIIN), a globally recognized identifier that plays an integral role in tracking and managing parts across industries.
Learn MoreIn the realm of defense procurement and military logistics, accuracy, consistency, and organization are paramount. With thousands of parts and materials flowing through global supply chains at any given time, having a clear, standardized way to categorize and locate these resources is essential. Federal Supply Class (FSC) codes serve as a key organizational tool for military and defense agencies, simplifying procurement, inventory control, and data exchange. This blog serves as a comprehensive guide to FSCs, addressing the most common questions about their role in military supply chain operations.
Learn MoreIn today’s fast-paced, globally connected economy, sourcing reliable parts and components for aerospace, defense, and industrial applications can be a highly complex endeavor. While supply chains span continents, regulatory requirements vary, and mission-critical operations demand absolute accuracy, the National Stock Number (NSN) system provides a trusted and standardized means of identifying, procuring, and managing parts across government and military supply chains.
Learn MoreWhen it comes to defense contracting, aerospace operations, and federal procurement, having efficient and reliable means to identify entities and the sources of parts is one of the highest concerns. With suppliers and manufacturers spanning the globe, it is crucial to maintain systems that simplify verification and streamline logistics, all while ensuring accuracy and common recognition. The Commercial and Government Entity (CAGE) code system is one such solution that supports effective sourcing, identification, and contract fulfillment. If you are unfamiliar with CAGE Codes or have questions about their use, importance, or methods of obtainment, read on as we provide a comprehensive FAQ in this blog.
Learn MoreMany modern aircraft rely on an array of complex electrical systems to support functions ranging from basic cabin lighting to the operation of critical avionics. While many of these systems are electronically controlled, electromechanical devices like aircraft starter generators remain essential for enabling core mechanical operations. This blog will examine the inner workings of aircraft starter generators, outlining their dual-purpose functionality, their role within integrated power systems, and key troubleshooting considerations.
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