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NEWS
New Manufacturing Process For Hybrid Polymer Composites Developed
July 6, 2020

Now, according to information provided by Texas A&M University (Texas A&M), a team of researchers have developed a new manufacturing process for hybrid polymer composites – a vital component in the aerospace, automotive, marine and defense industries. According to the researchers, this new process will produce super-strong composites to be used in load-bearing mechanical components in various industry sectors across the nation.

With funding provided by the National Science Foundation (NSF), Amir Asadi, Ph.D., an assistant professor in the Department of Engineering Technology and Industrial Distribution at Texas A&M, and his team have developed a process that enables the production of nanostructured hybrid carbon fiber reinforced polymer (CFRP).

“My research is like tailoring,” Dr. Asadi explained. “You put fabrics together and sew them to make something out of it with the desired properties and level of performance in your mind. These nanomaterials are the nanothreads.”

Carbon fiber reinforced polymer (CFRP) composites, the most commonly used in the aerospace industry, are able to withstand the highest load-to-weight ratio, which makes them highly desirable for aerospace and defense applications.

Unfortunately, the current CFRPs are expensive – both in carbon production cost and time needed to manufacture them – and have reached a plateau in their strength capabilities. Additionally, while studies suggest that integrating carbon nanotubes into CFRPs can overcome these strength limitations, the process includes invasive treatment that leads to uneven distribution of the nanotubes and damaging carbon fibers that can actually counterproductively weaken the final product.

In response to this challenge, Dr. Asadi and his team have established a new method of manufacturing that utilizes cellulose nanocrystals in place of chemicals, time- and cost-ineffective processes.

“The new process enables the production of nanostructured hybrid CFRP composites at a large scale with desired structure and performance with fewer processing steps,” Dr. Asadi said.

Along with reducing the time and expense associated with making these composites, the process opens the door for more customizable materials.

“Right now, we have very large and bulky materials, and we start to cut them and make something out of them,” said Dr. Asadi. “If we achieve this process successfully, we can start to build complex structures from the nanoscale. We would be able to engineer structures from the bottom to the top. So this is exciting for me because, first of all, you are mimicking nature. And second of all, you can create structures with desired properties without wasting any material.”


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