Application of synthetic diamond composites in aviation equipment

Abstract With the maturity of synthetic diamond technology, the application of reinforced plastics based on diamond materials in the field of aviation equipment has become more extensive and in-depth. Element Six Aerodynamics says that in the next generation of 3D composite tool solutions, carbon fiber reinforced plastic (CFRP) productivity...
With the maturity of synthetic diamond technology, the use of diamond-based reinforced plastics in the field of aerospace equipment has become more extensive and in-depth. Element Six Aerodynamics said that in the next generation of 3D composite tool solutions, carbon fiber reinforced plastic (CFRP) productivity will triple.
As a manufacturer of synthetic diamond superhard materials and a subsidiary of the De Beers Group, Element Six currently builds Aero-DianamicsTM, a portfolio of aerospace industry PCD products. Compared to current carbide machining tool systems, the new product range increases the production capacity per component (about three times) and reduces manufacturing costs. In particular, composite processing including CFRP.
CFRP in the aerospace industry CFRP materials currently account for about 50% of the entire fuselage material. Take the Boeing 787 Dreamliner as an example. The fuselage, wing, tail, stabilizer, control surface and nacelle are all applied to CFRP. material. Airbus (large-scale short- and medium-haul jetliners) accounted for more than 53% of composite applications. The future demand for this material in the aerospace industry is expected to grow at a rate of 14% per year. In the automotive industry, the proportion of composite materials is growing at a higher rate.
CFRP materials that promote the economic development of the aerospace industry have the following advantages:
• Aircraft weight reduction can improve emissions technology, which in turn increases fuel efficiency by around 25%.
• Improve and introduce new technologies such as the next generation of new turbines.
• Durable and low maintenance costs.
• Improve the strength of the aircraft to increase cabin pressure and improve passenger comfort.
• Improve the payload of the aircraft
(This article was compiled from einnews, translated by China Superhard Materials Network, please indicate it.)

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