Category: Nylon

Why Aviation Manufacturers Prefer Plastics

aerial photography of airliner

There’s absolutely no room for compromise when it comes to aviation manufacturing. Aviation plastics used in an aircraft must meet rigorous standards for safety and performance while helping manufacturers keep production costs under control.

Built to withstand challenging operating conditions, engineered aviation plastics offer the ideal combination of strength, lightweight performance, and chemical resistance. They ultimately support greater fuel efficiency without having to sacrifice on durability.

In this guide, we’ll explore the benefits of aviation plastics, where they’re commonly used in aircraft, and why they’ve become an essential material for today’s aviation industry.

Key Takeaways

  • High-performance aviation plastics help reduce aircraft weight while maintaining performance.
  • Many engineering plastics resist chemicals, corrosion, and demanding operating conditions.
  • Aviation plastics are used in aircraft interiors, mechanical components, electrical systems, and ground support equipment.
  • Selecting the right material depends on application requirements, regulations, and operating conditions.

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Acrylic vs Nylon: What are the Key Differences?

Nylon (Polyamide) and acrylic (Poly Methyl Methacrylate) are both made from synthetic polymers derived from petroleum. As thermoplastics, they both can be easily melted and molded into many shapes. They are both incredibly versatile materials with a wide range of uses. But they have differences that will matter depending on their use. Here, we discuss their differences, their pros and cons, and some considerations to help when choosing acrylic vs nylon for your projects. 

Key Takeaways

  • Acrylic is valued for its strength, optical clarity, lightweight nature, and affordability, making it ideal for windows, displays, aquariums, and safety shields.
  • Nylon is prized for its flexibility, abrasion resistance, insulation properties, and high tensile strength, making it well-suited for gears, bearings, nets, and industrial applications.
  • Acrylic offers benefits such as shatter resistance, low water absorption, and transparency but can be brittle, scratch easily, and has limited heat resistance.
  • Nylon provides excellent wear resistance, impact strength, and dyeability, but it is more expensive, heat sensitive, environmentally challenging, and prone to static buildup.
  • Choosing between acrylic and nylon depends on project needs: acrylic works best for clarity-driven or display uses, while nylon excels in load-bearing, mechanical, and industrial applications.

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