Exploring the Scope of Composite Process Material Kits in Aviation Industry

Composite materials have been around since thousands of years now. Earliest records of humans using composite process material kits show ancient humans combining mud and straw to form bricks, which were then used for construction of houses and tomb making. Since then, the composite process material kits market has grown tremendously and almost all the everyday-use products that we surround ourselves with are made from composite materials. However, if there is one industry which has benefited the most from advanced composite process material kits is the aviation industry.

Scope of Composite Process Material Kits in Aerospace and Aviation Sector

The aviation industry has grown exponentially in the past decades owing to which the scope for composite materials has widened considerably. Composite materials are designed and manufactured in such a way that their constituent individual elements remain separate and distinct. The fabrication of these composite materials is such that one material acts as a matrix while the other acts as a reinforcement. Both complement each other, in that, the matrix offers support to the reinforcement while the physical and mechanical properties of matrix are strengthened with the help of reinforcement. It is this property of almost all composite materials which make them perfect for aviation industry.

Though the exact information regarding the first use of composite process material kits in aviation is not available, the use of these materials in aircraft construction started with Akaflieg Stuttgart FS-24, a German glider built in the 1950s. Major aircraft manufacturing companies have, since then, adopted composite materials as the go-to raw material for aircraft design and manufacturing. In fact, Boeing, one of the biggest aircraft manufacturers is often considered as the torch bearer of adoption of composites in aircraft design with Airbus, another aircraft manufacturing giant giving a tough competition.

The reason behind this extravagant success of composite process material kits in aviation sector is the structural applications that these materials offer. From wing assemblies to aircraft seats and from propellers to rotor blades, composite materials impart unique properties to these products. The most vital advantage of using composite materials is that of weight reduction which is of paramount importance as far as aircrafts is concerned; light weight aircrafts fly faster and at a longer distance, that too with lesser fuel. Tests by aviation companies have shown that aircrafts built using composite materials help to save around 20-50% of the flight costs for the company.

Moreover, the thermal stability of composite process material kits is astonishing. Aircrafts shift from a temperature zone of 90-degree Fahrenheit to –67-degree Fahrenheit in a matter of seconds while taking off or landing. To sustain such a huge temperature range is one of the most beneficial properties of composites that they lend to the aircrafts.

Exploring Future Prospects for Composite Process Material Kits

The sales records of the top two aircraft manufacturing companies show that Boeing and Airbus have orders for at least 200-800 aircrafts each, lined up for 2023. Moreover, intergovernmental deals like that between India and the US is expected to increase the sales further. Thus, from the aircraft manufacturing sector alone, the demand for composite process materials is expected to surge massively.

Another phenomenon which is rapidly on the rise, especially in metropolitan cities is the adoption of e-VTOLs. e-VTOLs or electric-vertical take-off and landing vehicles are now increasingly being considered as the most viable option for urban transport and service delivery. These e-VTOLs are also being manufactured using composite materials which is predicted to boost the number of opportunities for the composite process material kits market. In fact, as per the latest market figures published by Research Dive, the composite process material kits market is poised to garner a whopping $196.5 million by 2031 with a stunning CAGR of 6.3% due to the above-mentioned factors.

Moreover, tightening environmental regulations and growing pressure on aviation sector to cut down on emissions is further expected to increase the usage of composite materials in the future. Researchers, too, are engaged in developing different types of composites to suit sub-zero temperatures which will further increase their temperature stability and strength. All in all, composite materials look strongly anchored and are expected shine as far as their role in aviation industry is concerned.

About the Author(s)

Princy A. J

Princy holds a bachelor’s degree in Civil Engineering from the prestigious Tamil Nadu Dr. M.G.R. University at Chennai, India. After a successful academic record, she pursued her passion for writing. A thorough professional and enthusiastic writer, she enjoys writing on various categories and advancements in the global industries. She plays an instrumental role in writing about current updates, news, blogs, and trends.