Thermoplastic composites are revolutionizing aerospace design and manufacturing. These innovative materials combine lightweight fibers with a polymer matrix. As a result, this process creates aircraft parts that are strong and flexible. The global aerospace thermoplastic composites market will grow fast. Stratview Research estimates a 14.8% annual growth rate. This shows just how much your industry...Continue Reading
Have you ever faced the challenge of navigating complex regulations in aerospace development? The strictness of design assurance levels in aerospace can often seem overwhelming, yet they are vital for the reliability and safety of aerospace products. Understanding these levels is crucial for engineers and manufacturers aiming to enhance their processes while ensuring high-quality production....Continue Reading
As the aviation industry propels into the future, materials used in aircraft design undergo a remarkable transformation. The emergence of carbon fiber for aircraft stands at the forefront of this innovation, reshaping how we approach aerospace engineering. This article will explore the substantial benefits of carbon fiber, its manufacturing processes, and its undeniable role in...Continue Reading
Compared to other forms of travel, airplanes are some of the safest ways to get around. On average, there are only 0.01 deaths per 100 million miles. However, that all depends on the operator and the equipment on board the plane. In the aviation industry, safety is of the utmost importance. Choosing the right aircraft...Continue Reading
Did you know that the aerospace industry is undergoing a remarkable transformation due to advancements in material technology? In recent years, advanced composite manufacturing has become a game-changer for aircraft production, efficiency, and safety. This shift is not only enhancing planes’ performance but also catering to a growing demand for sustainability in aviation. What should...Continue Reading
In today’s high-tech world, aerospace and aviation are terms often used interchangeably. However, they represent distinct, yet interconnected fields. Both are vital to the development of air and space travel, and each plays a unique role in advancing human knowledge and capabilities. In this article, we’ll discuss the differences between aerospace vs aviation, explore some...Continue Reading
In the highly regulated world of aerospace and defense, maintaining stringent quality standards isn’t optional—it’s a necessity. That’s where AS9100 certification comes into play, ensuring that companies meet the rigorous demands of the Aviation, Space, and Defense (AS&D) industries. For composite materials manufacturers, this certification is particularly significant, as composites continue redefining the possibilities in...Continue Reading
It’s estimated that commercial aircraft emissions could triple by 2050, substantially impacting the environment. Left unchecked, it could highly exacerbate issues like climate change. Aerospace composite materials can make aircraft lighter and longer-lasting, which is one of the many steps industry leaders are taking to lessen the impact on the environment. Not everyone understands the...Continue Reading
Shooting a spacecraft into orbit is no easy task. And it’s made all the more difficult with heavy metals and materials. So how are today’s aerospace engineers solving that problem? With composite fabric! Join us as we take a closer look at how composite fabrics, including self-healing materials and nanocomposites, are bending the physics of...Continue Reading
Demand for commercial aircraft continues to rebound strongly after the pandemic. Airbus and Boeing expect that at least 40,000 new jets will need to be produced over the next 20 years. Airlines want more fuel-efficient planes that meet strict standards for design safety. Carbon fiber panels are an important part of meeting this demand. The...Continue Reading
