Composite Solutions


What We Do

We work with customers around the world to create forward-thinking and powerful composite solutions.  

We’ve built our expertise over 60 years, working across industries in over 50 countries. 

Working with us means you’ll have access to specialized know-how in pultrusion and pull-winding manufacturing methods.  

We design with sustainable longevity in mind, using stringent manufacturing standards and quality control processes you can rely on.  

And our commitment to innovation continues: everything from our engineering methods, manufacturing technology and ongoing R&D are continually evolving, ensuring we add the most value to your project.


Whatever your design challenge or industry, we’ll help you find solutions and realize possibilities composites provide – no matter how complex or conventional they may be. 

You can find our expertise applied across a diverse range of industry sectors including:

Exel Transportation Transportation


Make stronger, lighter and more efficient vehicles with internal and external composite profiles and stiffeners. 

Exel buildings and structural composites Buildings


From fiberglass window frame profiles to cable management systems and structural profiles, are built-to-last solutions.

Exel composites for wind energy Wind power

Wind power

Our composites help turbines become more powerful and economical. 

Exel telecommunications 5G composites Telecommunication


Keep 5G data flowing with long lifecycle Exel Smart City composite solutions.

Composites for infrastructure applications Infrastructure


A wide range of applications, from frangible composite lighting masts for airports to corrosionresistant waste water solutions, composites play an important role in keeping infrastructure applications working.  

Exel tubes and telescoping poles Defense


Extend equipment capabilities in challenging environments while meeting rigorous military standards.

Machinery and electrical

Machinery and electrical

From light weight carbon fiber arms for delta robots, to insulating components for electric motors and generators.

Equipment and other industries

Equipment and other industries

The strength, lightness and durability of composites make great solutions for everything from tool handles to sporting goods.

Secondary processing

Drilling, printing, cuttinglabeling, preassembly: all these can take too much of your time. Consult our experts to see how our secondary processing operations can help add value to make your products more efficiently. 

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Give your product the look and feel you need – choose from an almost unlimited selection of colors, textures, veils, embedded fibers and Exel functional coatings. 

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A partnership approach

We want you to have the right forward-thinking composite solution to fit your exact specifications and needs. Working with many different customers over the past 60 years has given us a lot of experience, so there’s a good chance we’ve got the relevant answers 

We work collaboratively with you to understand the technical requirements and application of your product. We then apply our fiber technology, chemistry and process knowhow to deliver a forward thinking, costefficient solution to meet your needs and add value to your business.




Pultrusion is a continuous manufacturing process for composite profiles.

Fibers, matting, and veils are aligned longitudinally and impregnated with resin and then are pulled into a heated die where the newly-formed composite is hardened.

The hardened profile continues to be pulled so that the raw materials behind it follow the same uninterrupted process. As the pultruded product reaches a desired length, it is cut to size in line. The process is continuous, and for some products we can even spool several kilometers of contiguous product output on a single spool.

Learn more about pultrusion


Pull-winding is very similar to the pultrusion process with the exception that, pultrusion, pull-winding technology also aligns fibers helically (in a spiral) around the profile, creating a mix of unidirectional and helical fibers. Pull-winding can also incorporate veils and matting. The fibers are aligned, impregnated with resin, and pulled through a heated die where the composite is hardened.  

The hardened profile is continuously pulled from the die and is cut to the desired length.  

Learn more about pull-winding

Learn more about our production methods

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