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Aerospace fasteners are an integral component in the aerospace industry, providing security and support for aircraft parts. They come in various sizes and materials to meet the needs of specific environmental conditions that aircrafts experience mid-flight.
With evolving aviation technology, these crucial components must remain durable enough to withstand extreme temperatures and pressures and any other potential risks from external sources, such as corrosion or erosion. That said, let’s explore what aerospace fasteners are, how they work, and why they’re an essential part of modern-day manufacturing for aerospace experts.
What are Aerospace Fasteners?
Aerospace fasteners are essential in any aircraft manufacturing process. These seemingly simple products keep various aircraft body components and parts attached. Therefore, they’re paramount in the production process of aerostructures, especially during the final assembly.
Understanding the stringent standards of the aerospace and avionics industry regarding manufacturing parts, components, and materials is crucial to achieve the best outcomes. These standards also apply to aerospace fasteners. An example is that they must be lightweight yet durable and resilient against stressful and highly unpredictable environments, which airplanes are constantly exposed to.
Desirable Characteristics of Aerospace Fasteners
Apart from being lightweight, aerospace fasteners must be robust enough to survive gravity pressures and fluctuations. This feature is highly critical since it can affect the airplane’s overall efficiency and safety. Naturally, they must pass stringent industrial qualifications and certifications before being used in aircraft manufacturing.
Here are a few desirable traits that aerospace fasteners should possess:
- Must operate in harsh conditions
- Corrosion and oxidation resistance
- Seal-sealing or self-locking capabilities
- High shear, fatigue, and tensile strength
- High thermal and electrical conductivity
AS9100 is the primary quality standard for manufacturing superior aerospace fasteners. Finished products made by AS9100-certified manufacturers are produced in a highly controlled and traceable environment, ensuring that Quality Management System is implemented throughout the entire production stage.
Commonly Used Types of Aerospace Fasteners
With the varied types of aerospace fasteners available, their uses and applications within airplane manufacturing are substantial. Below are the most commonly used fasteners:
- Aircraft bolts: These are externally threaded fasteners designed for nonpermanent joints. They provide outstanding performance against dynamic loading while maintaining exceptional fastening strength.
- Aircraft screws: The most commonly used fasteners are screws. They also have external threads but are pointier with a higher helical ridge. These are inserted into the component with an external thread.
- Aircraft nuts: Used in conjunction with bolts and screws, nuts must have the same material as their mating components. These also feature self-locking and sealing characteristics, which are imperative against vibrations.
- Aircraft screws: These fasteners are made with a smooth, cylindrical shaft with a head on one end. These can be deformed to create a permanent weld, mainly used in joining metal sheets when creating the airplane’s body.
Choose Reliable Aerospace Fastener Manufacturers for Dependable Results
Safety is fundamental in aerospace manufacturing. Therefore, you must only trust reputable manufacturers and suppliers with the qualifications and certifications to produce quality aerospace products.
Aerospace Manufacturing, Inc. can deliver precise and industrial-standard aircraft fasteners with extreme accuracy and precision, ensuring your aircraft’s safety and optimal performance. Contact us today if you want to learn more about our capabilities. We’ll develop a unique solution tailored to your specifications!
We wish you and your family a safe and healthy Thanksgiving.
Our office hours on November 22nd are 9 AM – 6PM, and we will be closed November 23rd and November 24th in observance of Thanksgiving so that our team members can enjoy extra time with their loved ones.
We will reopen Monday, November 27th under normal business hours. Please feel free to email us at AEROSPACE@AERO-SPACE.US if you need any assistance.
We wish you and your family a safe and healthy 4th of July.
Our office will be closed July 3rd and July 4th in observance of the 4th of July so that our team members can enjoy extra time with their loved ones.
We will reopen Wednesday, July 5th under normal business hours. Please feel free to email us at AEROSPACE@AERO-SPACE.US if you need any assistance.
We wish you and your family a safe and healthy Memorial Day.
Our office will be closed in observance of Memorial Day so that our team members can enjoy extra time with their loved ones.
We will reopen Tuesday, May 30th under normal business hours. Please feel free to email us at AEROSPACE@AERO-SPACE.US if you need any assistance.
Electrical Vertical Take-Off and Landing aircraft or eVTOL is a variety of VTOL aircraft. It uses electricity to take off, hover, and land vertically. eVTOL presents many opportunities, and big names are starting to join the ranks and develop their own eVTOL aircraft. One of them is Honda and their plans to manufacture a hybrid-electric eVTOL designed for longer-range and inter-city transportation.
The Undeniable Need for eVTOLs in the Future
With fuel prices hiking and the need for transportation, eVTOL completely transformed the aerospace industry. Since it’s powered by electricity, the scarcity of fuel isn’t affecting it. Furthermore, its capability to vertically take off and land enables it to become one of the fastest and most convenient modes of transportation.
With Honda holding the reins for a new eVTOL hybrid, we can expect newer technologies and capabilities that the company has developed in multiple industries over the years. It will incorporate the factors derived from hybrid cars and electric vehicles for eVTOL’s motor and battery. While for the sensors, controllers, and actuators, the experience might come from autonomous driving technologies.
Top Uses of eVTOL in Different Industries
When it comes to applications, the possibilities are endless. Here are some of the top uses of eVTOL in various industries:
Transportation
Flying cars are more than a sci-fi fantasy as eVTOL replaces traditional aircraft for short and medium-range trips. With its capability of taking off from a small space, it’s no surprise that the technology is being adopted by companies like Uber, Airbus, Boeing, and now Honda for transportation purposes.
Agriculture
eVTOL can improve time-consuming and inefficient agricultural practices. It’s no secret that the farm industry is far behind in implementing technology with their farming methods. But eVTOL can produce more innovative, faster, and error-free strategies that help farmers detect threats and improve surveillance.
Emergency Medical Services
No more delays in medical aid with the help of eVTOL. According to a study by Urban Aeronautics, CityHawk Vehicle, utilizing eVTOLs as ambulances can cut medical response times. As a result, it can produce better outcomes in more than half of cardiac arrest cases. Implementing eVTOL in EMS can improve medical support and save thousands of lives from remoteness and time shortages.
Search & Rescue Missions
Natural calamities are out of our control, and many families suffer due to missing loved ones. eVTOL can change that with advanced technologies, such as visual aid, to find people stuck in debris. Furthermore, these are equipped to go into uncharted territories to find missing people who may have been covered by rubble.
Law Enforcement
Apart from providing surveillance, eVTOL can be used for law enforcement operations. It’s like a personal drone equipped with night vision cameras, audio recording devices, and other features to help officers in their daily endeavors.
Aerospace Manufacturing’s Titanium Bolts for eVTOLs
Aerospace Manufacturing, Inc. is keeping up with the latest trends as technology advances in the aerospace industry. Our titanium bolts are corrosion-resistant and can withstand very high temperatures, making them suitable for eVTOL applications.
Titanium has a unique combination of properties that makes it ideal for aerospace components like our bolts used in eVTOLs. It’s lightweight and robust. And it has excellent fatigue resistance. Furthermore, our bolts are compatible with different engine systems, making them perfect for eVTOLs.
At Aerospace Manufacturing Inc., we aim to provide the best quality titanium bolts that meet exacting standards while keeping up with the latest trends in aerospace applications. Contact us now if you have any questions about our titanium bolts.
AMI’s 2022 – 2023 Holiday Hours
Please take note of our updated hours as the Holiday Season is rapidly approaching!
Friday, December 23, 2020 // OPEN 9AM-5PM
Monday, December 26, 2020 // CLOSED
Tuesday, December 27, 2020 // OPEN 9AM-5PM
Wednesday, December 28, 2020 // OPEN 9AM-5PM
Thursday, December 29, 2020 // OPEN 9AM-5PM
Friday, December 30, 2020 // OPEN 9AM-12PM
Monday, January 2, 2021 // CLOSED
Tuesday, January 3, 2021 // 1PM-5PM
From our family to yours, we wish you a happy, safe and healthy holiday season!
Aerospace Manufacturing is excited to be exhibiting for the third time at the Farnborough International Airshow from 18 to 22 July 2022 at booth #4804. With its 1500 exhibitors and 80,000 visitors, it’s one of the most important trade shows in the world for companies in all sectors of the aerospace and defense industries.
If you’d like to schedule a time to share your fastener procurement challenges with us, email us here!
Why should you meet with Aerospace Manufacturing – AMI while you’re there?
We are AS9100 and ISO 9001:2015 accredited, QSLM approved and trusted to manufacture the most challenging aerospace bolts, pins, rods, screws, studs, threaded and built-to-print specials for the world’s leading OEMs.
Our strategic location next to Newark Liberty International Airport (EWR) means same-day shipment is available on stock items and very short lead-times of one to four weeks can be met on most fasteners.
Here are just a few examples of our work for:
– Sikorsky
– Lockheed Martin, NASA (Orion)
– Boeing
– Aerojet Rocketdyne and
– Sikorsky again
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