Aerospace Ducting from Spiral Manufacturing

Aerospace Ducting Manufacturer

Aerospace ducting plays a critical role in aircraft functionality by distributing air to ensure proper temperature regulation, ventilation, humidity control, and noise attenuation, among other things.

Due to the nature of the application, aerospace ducting must fit a variety of strict specifications in order to meet industry standards. It needs to be low weight and have exceptional strength and thermal resistance. It should also be adaptable enough to form the intricate configurations required of ducting in both commercial and military aircraft.

Spiral Manufacturing Co., Inc., is your source for all things involving aerospace ducting. As a leader among aerospace ducting manufacturers, we offer ducting, duct assemblies, and pressure-carrying components for use in a variety of aerospace and aircraft systems—all customized to meet your application requirements.

Trust Our Aerospace Ducting Expertise

Most aerospace applications require parts that are manufactured to extremely exact specifications. At Spiral Manufacturing, we can ensure that your product meets all required design codes and standards.

Our expert manufacturing teams employ state of the art technology to deliver some of the best technical services in the nation. We have the capabilities and experience we need to produce the aerospace ducting you need—handling everything from concept to completion. You can trust us to deliver high quality ducting solutions for all of your aerospace applications.

Contact Spiral Manufacturing Today

For more information about aerospace ducting products and services from Spiral Manufacturing, Co., Inc., give us a call today at 763.755.7677 or send an email to info@spiralmfg.com.

Frequently Asked Questions

We use aluminum alloys, stainless steel, and composite materials for strength-to-weight efficiency.
Our products comply with FAA, AS9100, and military specifications where required.
Our ducts are used in commercial aircraft, defense systems, and space applications.
Designed to withstand cryogenic to high-heat environments (–200°F to 1,200°F).