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Author Archives: Gillian Ponce

  1. Features That Make the SR71 Jet an Aviation Revolution

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    Certain products have created groundbreaking influences on the world of aviation across the years, and a top example in the world of military aircraft is the SR-71, or the Lockheed “Blackbird” as it was more commonly known. The SR-71 is a now-retired long-range, high-altitude reconnaissance aircraft used by the US Air Force for years – and while it’s no longer in active operation, it had several revolutionary features that have continued to influence the aviation world to this day.

    At Aerospace Manufacturing Inc., we’re proud to offer a huge range of high strength fasteners among our wide range of aerospace fasteners, which are used across numerous aviation products. Here are some examples of how the entire aviation world, from aircraft fasteners to several other major areas, were influenced by the revolutionary features of the SR-71.

    Titanium Body

    Before the SR-71, planes used for reconnaissance missions had a problem: They needed to fly extremely fast to carry out their missions, but had issues with the extreme heat generated on their surfaces while traveling at these speeds.

    The SR-71, built mostly with titanium, was able to withstand temperatures of up to 2,000 degrees Fahrenheit. This made it the perfect aircraft for high-speed reconnaissance missions, as well as other tasks that required extreme speed and heat resistance. As a result, titanium became increasingly popular in the aviation industry, leading to its use in various parts such as landing gear components and engine parts.

    Additionally, the use of titanium also allowed for a lighter and stronger body than traditional aluminum alloys used in previous aircraft. This not only increased fuel efficiency but also improved maneuverability and performance of future planes.

    Hybrid Engines (J58s)

    Many typical engines at the time of the SR-71’s creation were not efficient at both low speeds and these super-high speeds they needed to reach. The SR-71, however, utilized special J58s, engines that work like a regular jet at low speeds but then switch to “ramjet” format at high speeds to improve efficiency.

    This helped prove to the aviation industry that such hybrid designs were possible, and they could be used to significantly improve aircraft performance in the future.

    Fuel Changes

    Another temperature issue that many reconnaissance jets faced before the SR-71 came along: Standard jet fuel would boil or explode when jets reached the extremely high temperatures found at high speeds. However, the use of stable JP-7 fuel, which also helped cool the aircraft, eliminated this issue and allowed for sustained high-speed flight.

    This advancement showcased to the aviation industry that specialized fuels and cooling systems were necessary for high-performance aircraft and would continue to be essential in the future.

    Stealth Design

    Before the SR-71, even high-flying reconnaissance planes could be captured by radar, a fact that naturally influenced their safety and effectiveness. The SR-71 was among the first to incorporate specific stealth features like special shapes and unique materials, which made these jets nearly invisible to radar.

    This innovation was further advanced with the development of the B-2 Spirit stealth bomber and other similar designs.

    Improved Cameras and Sensors

    The SR-71’s creators also recognized the need to generate detailed, high-quality intelligence even from high altitudes. As a result, these jets carried cutting-edge cameras and sensors, meant to capture clear images and real-time data from long distances.

    These cameras had advanced zoom capabilities, allowing them to capture images from far away while maintaining high resolution. They also incorporated infrared technology to detect heat signatures, which could provide valuable information about enemy activity on the ground.

    This revolutionized how air reconnaissance was conducted, as these jets could cover large areas quickly and efficiently with their high-speed capabilities. This allowed for more accurate and timely intelligence gathering, giving military forces an advantage in planning and executing operations.

    As you can see, the SR-71 set the table for numerous revolutions within the world of aviation, and specifically reconnaissance-related areas. From its titanium body to its unmatched speed and altitude capabilities, the Blackbird was truly a marvel of engineering. Despite being retired, it remains an iconic aircraft that continues to capture the imagination of aviation enthusiasts worldwide.

    Furthermore, the SR-71’s innovations continue to influence aviation today. Its use of titanium and advanced aerodynamics have paved the way for other high-speed aircraft, such as the Lockheed Martin F-22 Raptor and F-35 Lightning II.

    And at Aerospace Manufacturing Inc., we’re proud to manufacture high strength fasteners, serving the aerospace industry for 35+ years. Contact us today to learn more about our capabilities and how we can help you with your aviation needs.

  2. Memorial Day Hours 2025 // CLOSED

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    Wishing You a Meaningful Memorial Day

    In honor of Memorial Day, our office will be closed on Monday, May 26th, as we take time to remember and honor the brave men and women who have made the ultimate sacrifice for our country.

    We will reopen on Tuesday, May 27th under normal business hours.
    If you need any assistance during this time, please don’t hesitate to email us at AEROSPACE@AERO-SPACE.US.

    Wishing you and your loved ones a safe and reflective holiday.

  3. MS14181

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    When it comes to aerospace manufacturing, bolts play a crucial role in ensuring the safety and reliability of aircraft. MS14181 is one of the most advanced aerospace bolts available, specifically engineered for high-performance applications in aviation. Let’s have a look at MS14181’s properties, and its significance in aircraft manufacturing.

    What is MS14181?

    MS14181 is a type of aerospace bolt made from Inconel 718, a nickel-based alloy known for its exceptional strength, corrosion resistance, and ability to perform under extreme temperatures. The MS14181 bolts are essential for their ability to withstand high stress and environmental conditions that many other fasteners simply cannot handle.

    Aircraft Bolts: A Critical Component in Aerospace

    Aircraft bolts are not just ordinary fasteners. They must meet strict safety standards and perform reliably under extreme pressure and heat. These aircraft bolts are specifically manufactured to provide superior strength, durability, and corrosion resistance, which are crucial in the aerospace industry. Materials like nickel alloys, titanium, and high-grade stainless steel are often used to craft aircraft bolts, each designed to meet specific requirements depending on the application.

    MS14181 is one such aircraft bolt designed for the most demanding applications. Its advanced composition allows it to perform effectively in aircraft systems exposed to high temperatures, like turbine engines and exhaust components.

    What Makes MS14181 Stand Out?

    MS14181 bolts offer exceptional corrosion resistance, making them highly reliable for use in harsh environments such as saltwater or high-temperature zones. These bolts can withstand temperatures up to 1,600°F and offer tensile strength of 100,000 psi, with even higher strength when hard rolled. This makes them a prime choice for parts that endure stress and thermal cycling.

    In addition, MS14181 bolts are designed for excellent fatigue resistance, meaning they can handle repetitive loading without losing their structural integrity. The material’s composition also makes it highly resistant to oxidation and wear, having a long service life even in challenging conditions.

    Applications of MS14181 Bolts in Aerospace

    MS14181 bolts are used in various high-performance aerospace applications, particularly in areas where strength, temperature resistance, and corrosion resistance are crucial. Some of the most common uses include:

    • Aircraft Exhaust Systems: MS14181 bolts hold exhaust system components securely, withstanding high heat and constant vibration.
    • Gas Turbine Engines: These bolts help secure critical parts in jet engines, where temperature fluctuations and stress are part of daily operation.
    • Airframe Parts: MS14181 bolts are used in aircraft frames to ensure they remain structurally sound during flight.
    • Spacecraft and Rocket Motors: MS14181’s ability to perform in extreme environments makes it suitable for use in space applications.

    Why Choose Aerospace Manufacturing for MS14181 Bolts?

    We are known for our precision and commitment to producing high-quality MS14181 aerospace bolts. With a reliable production cycle and quick turnaround times, the company is a trusted partner in aerospace manufacturing. Each bolt is made with strict quality controls and undergoes comprehensive testing to meet industry standards.

    Aerospace Manufacturing is AS9100 and ISO 9001 certified, making sure that every MS14181 bolt produced meets the highest standards of quality and performance. The company’s extensive experience in manufacturing these bolts ensures that customers receive consistent and reliable fasteners for their aerospace applications.

    When Only the Best Will Do—Choose MS14181 for Your Aircraft

    Ready to enhance your aerospace projects with reliable, high-performance MS14181 bolts? Contact us today to learn more about our top-quality fasteners and how we can meet your specific needs. We’re here to provide you with the best solutions for your aerospace applications. Reach out now for fast, precise, and dependable service.

  4. Basics, Benefits and Frequent Uses of NAS9603-NAS9624 Bolt Family

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    When it comes to fields like aerospace and similar forms of manufacturing, standards are high for the various bolts and fasteners used. A great example is the NAS9603-NAS9624 bolt family, a series of bolts made for leading aerospace OEM companies around the globe.

    At Aerospace Manufacturing Inc., we’re proud to serve as a top aerospace bolt manufacturer, providing a huge range of bolts used in aircraft, aerospace and similar applications. Here are some basics on NAS bolts in particular and how they fit within the broad realm of specifications for military and aerospace bolts, plus some of the qualities of the NAS9603-NAS9624 product family, why these bolts are ideal for several major applications, and the value of working with top aerospace bolt manufacturers like us.

    NAS And Other Aerospace or Military Specifications

    There are a few different sets of bolts used in aircraft, aerospace, military and similar settings, and NAS is one of these. Here’s a basic rundown of these categories:

    • AN bolts: These refer to industrial aircraft bolts manufactured according to the specifications of the Air Force or Navy. They include either cadmium or zinc-plated corrosion-resistant steel, plus unplated steel and anodized aluminum alloys. They can differ in terms of factors like length, drip, drilled head, shank and diameter. They’re often used in both ductile and shear applications.
    • NAS bolts: These bolts, on the other hand, comply with National Aerospace Standards for high technology systems (AMI is proud to be among the groups certified by NAS). They contain a fine-threaded, dimple headed hex bolt.
    • NASM bolts: This category refers to precision fasteners that previously were part of MIL-specific requirements, but were converted.
    • MS bolts: Bolts that have been tested and certified to Military Standard, available in both coarse and fine threads.
    • NA bolts: The most recent standards for metric aerospace fasteners.

    NAS9603-NAS9624 Bolt Family Qualities

    Bolts from the NAS9603-NAS9624 family have a few key qualities:

    • Close tolerance: A close tolerance bolt refers to a threaded bolt that has specific fit and/or geometry tolerances, as well as thread class limits. These bolts have a higher precision level than standard fasteners, making them ideal for applications where tight tolerances are necessary.
    • Hex head: These bolts have a hexagonal head, making them easy to tighten with a wrench. This design allows for greater torque and strength, making them suitable for high-stress applications.
    • Corrosion resistance: NAS9603-NAS9624 bolts are made from materials that provide excellent corrosion resistance, ensuring their durability in harsh environments.
    • Continuous production: The NAS9603-NAS9624 family is continuously produced, meaning that the same high-quality standards are maintained with each batch of bolts – and also meaning that turnaround times are shorter, which is vital for many industries.
    • Testing applications: This series is often used for test bolt applications for nut testing and qualifications.

     

    For these reasons, the NAS9603-NAS9624 family is often used for aircraft production and similar needs.

    Produced in Nickel-Based Alloy

    The NAS9603-NAS9624 bolt family is produced in A286, a nickel-based alloy that comes with several major benefits:

    • Lifespan: Nickel-based alloys have excellent heat and corrosion resistance properties, meaning they can withstand harsh conditions and have a long lifespan.
    • Weight: A286 is a lightweight alloy, making it ideal for use in aircraft and other weight-sensitive applications.
    • Outdoor use: Because of its corrosion resistance properties, A286 is often used in outdoor applications where exposure to harsh elements is likely.
    • Sustainability: A286 is a sustainable material, meaning it can be recycled and reused multiple times without losing its properties.
    • Conformable: A286 conforms to the chemistry of AMS5731, AMS5732, AMS 5737 or AMS 5853.

    Why Professional Quality Products Are Vital

    When considering any NAS9603-NAS9624 bolt family products, it’s vital to only purchase from professional and reputable aerospace bolt manufacturers like Aerospace Manufacturing Inc. Low-quality bolts or fasteners can have a significant impact on the overall performance and safety of an aircraft, making it crucial to invest in high-quality products that meet all necessary specifications and standards.

    At AMI, we maintain the most stringent quality control standards to ensure that all our bolts and fasteners meet or exceed the required specifications. We require process control, inspection, testing, and verification of all materials before they are used in our production. Our team of aerospace bolt manufacturers is dedicated to providing top-quality products that meet the needs of our aerospace clients, ensuring reliable and safe performance every time. We even conduct regular self-audits to ensure that our processes and products continue to meet the highest standards.

    The NAS9603-NAS9624 bolt family is a top choice for aerospace applications due to its high precision, corrosion resistance, and continuous production. These bolts are produced in nickel-based alloy A286, which offers several benefits such as sustainability and conformability.

    It’s crucial to only purchase from reputable aerospace bolt manufacturers like Aerospace Manufacturing Inc., who prioritize quality control and consistently adhere to industry standards. By investing in professional-grade bolts and fasteners, you can ensure safe and reliable performance for your aircraft or other critical applications. Contact us today to learn more about bolts used in aircraft settings and how we can help!

  5. AMI’s 4th of July Hours 2024 // CLOSED

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    We wish you and your family a safe and healthy 4th of July.

    Our office will be closed on July 4th and July 5th in observance of Independence Day so that our team members can enjoy extra time with their loved ones. In addition to that, we will have shortened hour on Wednesday, July 3rd 9:00am – 12:00 pm.

    We will reopen Monday, July 8th under normal business hours. Please feel free to email us at AEROSPACE@AERO-SPACE.US if you need any assistance.

  6. AMI’s Memorial Day Hours 2024 // CLOSED

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    We wish you and your family a safe and healthy Memorial Day.

    Our office will be closed on May 27th in observance of Memorial Day so that our team members can enjoy extra time with their loved ones.

    We will reopen Tuesday, May 28th under normal business hours. Please feel free to email us at AEROSPACE@AERO-SPACE.US if you need any assistance.

  7. AMI’s Good Friday Hours // CLOSED

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    We wish you and your family a safe and healthy Good Friday.

    Our office hours on Thursday 28th are 9 AM – 8PM, and we will be closed March 29th in observance of Good Friday so that our team members can enjoy extra time with their loved ones.

    We will reopen Monday, April 1st under normal business hours. Please feel free to email us at AEROSPACE@AERO-SPACE.US if you need any assistance.