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Replace carbon fiber for automotive and aerospace? University of Portsmouth develops hybrid composites with basalt fiber

Researchers working at the University of Portsmouth's School of Engineering use composites of natural and basalt fibers to produce composites that have high mechanical strength. Researchers believe that these hybrid materials can replace carbon and glass fibers in the automotive, aerospace, and marine industries.

Dr. Hom Nath Dhakal, who is in charge of the university's research team, said: "We are working to address the main challenges of using natural reinforced composite materials for structural and semi-structural applications. These lightweight alternatives can help reduce vehicle weight and fuel consumption, Reduce carbon dioxide emissions. "

Hybrid composites made of natural fibers and basalt fibers are sustainable, biodegradable, easy to recycle, and require less energy to produce than glass and carbon fibers.

The research results on the structure, physical and chemical properties and mechanical properties of date palm fibers were published in Composite Materials Science and Technology and Composite Materials Part A: Applied Science and Manufacturing.

Dr. Dhakal also stated that hybrid composite solutions will be the direction of development for natural fiber composites.

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