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Victrex/Tri-Mack joint venture established to accelerate deployment of polyketone composite components in aerospace

Multi-million dollar investment includes establishment of US-based manufacturing facility.

Stephen Moore

February 9, 2017

3 Min Read
Victrex/Tri-Mack joint venture established to accelerate deployment of polyketone composite components in aerospace

Victrex (Thornton Cleveleys, UK) and Tri-Mack Plastics Manufacturing Corporation (Bristol, RI) have established a joint venture, TxV Aero Composites, to accelerate the commercial adoption of polyaryletherketone (PAEK) composite applications within the aerospace industry through the manufacture of parts utilizing new and innovative processes. The multi-million dollar investment includes the establishment of a new US-based manufacturing facility. The new company will function as a total solutions provider for polyketone composites, from concept development through to commercialization.

35,000 passenger and cargo aircraft to slated to be built over the next 20 years.

Potential for thermoplastic PAEK deployment in thousands of brackets and system attachments used in aircraft to replace thermoset resin components.

“This is a hugely exciting opportunity to accelerate innovative and differentiated solutions for our customers in the aerospace industry,” explained David Hummel, chief executive of Victrex. “Victrex has an unrivalled history of making markets where polyketones have a strong advantage and this investment will enable growth opportunities for both our customers and for Victrex. Our Aerospace Loaded Brackets program is a great example of how we can offer new forms and components, alongside supplying materials, and build a new supply chain to address the unmet needs of the aerospace industry.”

By combining world-class expertise in materials, engineering, development and manufacturing, TxV Aero Composites will be able to address customer challenges with dedicated speed and focus.  The intent is to offer a range of PAEK composites, from custom laminates to pre-formed composite inserts for hybrid molding processes, as well as finished composite parts and complete over-molded hybrid composite components and assemblies.

Such products can deliver weight savings of up to 60% over conventional metallic solutions, and offer continuous manufacturing processes and cycle times measured in minutes versus hours for thermoset alternatives. One example is Victrex AE™ 250 composites, a new lower temperature processing PAEK-based composite product family that enables a unique hybrid mold­ing process. This innovation combines the strength of continuously-reinforced thermoplastic composites with the design flexibility and proven performance of Victrex PEEK injection molding polymers.

Tri-Mack Plastics is a long-standing partner of Victrex and has an excellent reputation for developing and manufacturing complex parts and assemblies for the Aerospace industry.  TxV Aero Composites will establish a purpose-built polyketone composite center of excellence in the USA, due to be completed this year.

Commenting on the joint venture, Will Kain, President of Tri-Mack stated, “With an estimated 35,000 new aircraft to be launched in the next 20 years, the aerospace industry is embracing thermoplastic composites as a cost-effective solution to support this growth. The efficient processing and performance advantages of PAEK thermoplastic composites combined with state-of-the-art automated manufacturing will position TxV Aero Composites to meet the industry’s cost and weight challenges.”

Commercial aircraft use thousands of brackets and system attachments from the cockpit to the tail of the plane. The total amount of these components on an aircraft can add a significant amount of cost and weight especially if they are made from machined metal or thermoset layups. Victrex PAEK-based components can be manufactured more efficiently than conventional thermoset alternatives, and can deliver significant weight savings compared to stainless steel and titanium while offering equivalent or better mechanical properties such as strength, stiffness, and fatigue.

About the Author

Stephen Moore

Stephen has been with PlasticsToday and its preceding publications Modern Plastics and Injection Molding since 1992, throughout this time based in the Asia Pacific region, including stints in Japan, Australia, and his current location Singapore. His current beat focuses on automotive. Stephen is an avid folding bicycle rider, often taking his bike on overseas business trips, and is a proud dachshund owner.

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