The drive for more fuel efficient, comfortable, higher capacity commercial airplanes has led to the increasing use of carbon fiber composites in aircraft structures. Compared to metallic materials, they provide equivalent or enhanced structural strength within their service temperature ranges, offer far more design versatility, and deliver the added benefit of fuel-efficient weight reduction which can be leveraged to increase payload capacity. In fact, carbon-fiber composite materials have proven their performance and weight-saving advantages so successfully that they now make up approximately 50% of the weight of most modern commercial aircraft.
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Applications Engineer at Drake Plastics
An Industrial and Systems Engineer, Bryan began his career with Drake in the Extrusion Operation where he gained hands-on working knowledge of high-performance polymers, stock shapes and precision-machined parts. He applies his experience to helping customers develop optimum solutions for their applications.
Latest posts by Bryan Quance (see all)
- Case Study: One Word Sums Up Performance Requirements for Plastics in Deep Space: Reliability - August 15, 2024
- Case Study: Ultem 1000 Solves Multiple Performance Challenges for Satellite Antennas - June 14, 2024
- Case Study: Torlon PAI’s Thermal Isolation, High Strength Keys to Weight-Saving Innovation in Composite Aircraft’s Hydraulic System - June 14, 2024