Aerospace Webbing

Aerospace Webbing Manufacturers: Your Partner in Aerospace Innovation

Sturges Manufacturing is a leading provider of advanced aerospace webbing solutions. As aerospace textiles specialists, we’re committed to delivering top-quality products that meet the stringent demands of the aerospace sector. Our in-house expertise, state-of-the-art manufacturing facilities, and rigorous testing procedures ensure that every product we deliver exceeds expectations.

Custom Aerospace Webbing Solutions for Optimal Performance

We utilize a variety of advanced weaving fibers to deliver exceptional performance in demanding environments, including Kevlar®, PBI Kevlar®, Nomex®, Vectran®, Technora®, and more.

  • Custom Twist Levels: We can precisely adjust twist levels to optimize webbing performance for your specific application.
  • In-House Testing: Our in-house testing capabilities, including tensile testing up to 130,000 lbs, guarantee the highest quality standards.
  • Flexible Manufacturing: Our shuttle loom and needle loom options allow us to produce a wide range of webbing types and sizes.
  • Berry Compliance: We offer Berry-compliant options to meet specific regulatory requirements.
  • Quality Control System: Our AS9100-certified quality system ensures lot traceability and stringent quality control.

Aerospace Webbing Applications & Key Features

We provide a wide variety of webbings and sewn solutions covering a wide range of aerospace applications. 

Our advanced aerospace webbing solutions are ideal for:

Key features of our aerospace textiles include the following:

Our Expertise in Aerospace Textiles

With a deep understanding of aerospace textiles, we design, manufacture, custom sew, and test a wide range of webbing tailored to the rigorous demands of the aerospace industry. Our products are engineered to withstand extreme conditions in harsh environments, including:

High Temperatures

Withstands elevated temperatures without compromising strength or performance.

Low Temperatures

Retains flexibility and durability in cold environments.

Chemical Resistance

Resists degradation from exposure to various chemicals and fuels.

Abrasion Resistance

Protects against wear and tear from friction and impact.

Fire Resistance

Self-extinguishing properties to minimize fire hazards.

Collaborate with Sturges Manufacturing for your Aerospace Webbing Solutions

By choosing Sturges Manufacturing, you’re selecting a partner committed to delivering exceptional aerospace webbing. Our commitment to quality is reflected in every aspect of our operations, from material selection to final inspection. Our state-of-the-art manufacturing facilities utilize advanced weaving techniques, including shuttle loom weaving and needle loom weaving, to produce high-performance aerospace webbing. Our skilled technicians ensure precision and consistency in every step of the manufacturing process.

Whether it is a stock product or engineered webbing for a specific project, we can offer a solution that will exceed design expectations. We pride ourselves on our ability to provide:

Superior Quality

Meets the highest industry standards.

Outstanding Customer Service

Dedicated support from the quote request to the final delivery.

On-Time Delivery

Reliable and efficient order fulfillment.

Aerospace Webbing FAQs​

What fibers are generally used in space applications?

Kevlar®, Vectran®, and Nomex® are commonly used fibers in space applications due to their strength, durability, and specialized properties.

How are PBI Kevlar​​®, Vectran®, and Nomex® used in aerospace?

PBI Kevlar®, Vectran®, and Nomex® are used in the aerospace industry in spacecraft and equipment to enhance safety and performance. Each material has unique properties that make it suitable for specific applications.

  • Tie Downs: Due to its high temperature rating, Nomex and PBI Kevlar®can be used to help strap down equipment so that it does not create a hazardous environment for astronauts.
  • Structural components: Vectran® is used in constructing some spacecraft structures due to its high strength-to-weight ratio.

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