3 Amazing Advantages Of Aerospace Plastics

Lightweight

Aircraft used to be made of heavier materials like aluminum and rubber, but today aerospace plastics are used for their lightness. Acrylonitrile Butadiene Styrene, or ABS, plastic is the durable, lightweight material used in overhead storage bins. A wide variety of other acrylic and polycarbonate plastics are used for everything from ventilation ducting and seals to landing gear, creating aircraft components up to 10 times lighter than their metal predecessors.

Corrosion Resistant

Aircraft can encounter several chemically harsh environments in their day-to-day operations. Plastic for aerospace applications is extremely important to the longevity of the craft, being resistant to many of these corrosive chemicals. Here are a few harsh conditions that aircraft plastics can resist:

• Fire, since many aerospace plastics have low flammability
• Radiation
• Hydrolysis, meaning high levels of steam and pressurized water
• Extremely low temperatures

Aerospace plastics help keep aircraft safe for passengers and operators inside and out.

Environmentally Friendly

One of the greatest transportation-related concerns today is creating more sustainable vehicles that rely on clean, renewable energy. Since aerospace plastic is durable, recyclable, and lightweight, it’s helped certain aircraft become as fuel-efficient per passenger as a standard family car. While aircraft still burn a lot of fuel in flight, they do it at a much more reasonable rate per passenger than in the past. Aircraft plastics are helping make flight costs much more economical without sacrificing passenger safety.

In Short, Aerospace Plastics Offer These Key Advantages:

• The use of aerospace plastics is making aircraft a “greener” travel option
• Aircraft plastics are lighter weight than the metals and rubbers of the past
• Plastic for aerospace applications makes aircraft resistant to corrosion and other harsh conditions