In the last 50 years, aircraft plastic parts have revolutionized the aerospace industry. The outstanding properties of plastics – including high strength-to-weight ratios, durability, heat resistance and chemical resistance – make them perfect for numerous aircraft applications. And as plastics become even more advanced, they are helping to make passenger aircraft lighter, more durable, more fuel-efficient, and even more comfortable.
How Aircraft Plastic Parts Improve Air Travel
- Longer part life and fewer repairs – Aircraft plastic parts are less susceptible to fatigue and corrosion than their metal counterparts, leading to less downtime for maintenance and repairs. They can also withstand extremely high temperatures without damage to their mechanical properties, making them perfect for engine and propulsion components. They also eliminate the need for lubrication, protect sensitive electronics, and don’t suffer damage when exposed to harsh chemicals (such as jet fuel).
- Lower fuel costs – By converting large portions of aerostructure from metal to plastic, aerospace engineers can significantly reduce an aircraft’s weight without compromising strength. Aircraft plastic parts offer equal strength to that of metal or aluminum at one-seventh to half the weight. The resulting weight reductions to an aircraft translate to extended flight ranges, reduced emissions, and considerable fuel savings (an airplane saves $1,000 in fuel over its lifetime for every pound of weight reduced).
- Better seating – As airlines try to fit more people on their flights, engineers are forced to prioritize weight over comfort when it comes to cabin design. But with specialty plastics, engineers can consolidate parts and redesign seats to be both comfortable and safer.
- Cleaner, safer cabin interiors – From tray tables and arm rests to windows and canopies, many interior aerospace components are now being made from high-quality plastics. These plastic parts are easy to clean and sanitize and extremely durable. They are also inherently flame resistant and have low smoke emission, two key factors for improving passenger survival rates.
- A more comfortable flight – Aircraft plastic parts can sustain lower cabin pressure at high altitudes as well as higher humidity levels than traditional aluminum-bodied planes. This gives passengers a more comfortable flight and allows them to arrive at their destination feeling more rested.
Reading Plastic Excels in Machining Aircraft Plastic Parts
For over three decades, Reading Plastic Machining and Fabrication has been providing precision CNC aerospace machining for clients around the globe. We have experience meeting the strictest compliance standards and the knowledge and experience to deliver the high-quality aircraft plastic parts you need. If you need precise plastic parts, call us today at 610-926-3245.
