Advanced Engineering 2018

Far-UK Wins Composites UK Engineering 2015 Innovation in Design Award

17 November 2015

Far-UK Wins Composites UK Engineering 2015 Innovation in Design Award

At this year’s Composites UK Industry Awards annual dinner, the ‘Innovation in Design’ award was won by Far-UK for its super lightweight carbon fibre-reinforced plastic (CFRP) AxontexTM 3D beam car chassis design, developed by Axon Automotive (part of Far-UK).

This innovative composite technology is used for the new Hyundai Intrado hydrogen powered crossover concept car. The super lightweight CFRP chassis prototypes were produced in the UK for Hyundai by Axon Automotive at its factory in Northamptonshire. The award, sponsored by the National Composites Centre (NCC), was presented by Chief Executive Professor Peter Chivers to Axon Automotive’s Managing Director, Chris Taylor, who commented, “We are extremely grateful to the NCC as sponsors, and to the Composites UK Trade Association for creating this prestigious event. I was delighted to receive this design innovation award on behalf of Far–UK and the Axon Automotive team and to celebrate our success at the UK Composites Awards dinner with our advanced materials partner, Scott Bader.”    

Two advanced composites materials from Scott Bader – Crestapol 1250LV high performance acrylic thermoset resin and Crestabond M1-20 primer-less methacrylate structural adhesive – are used to manufacture and bond together the component sections of the Axontex super-lightweight CFRP car chassis system of the Intrado, designed by Axon Automotive in collaboration with Hyundai.

The Intrado’s chassis is made up entirely of moulded parts fabricated using Axon Automotive’s internationally patented Axontex structural beam composite technology. Crestapol 1250LV is the specified infusion resin, that is vacuum assisted resin transfer moulded (VARTM) around Axon’s proprietary 3D beam design, which combines woven carbon fibre braided tubing around low density polyethylene (LDPE) preforms that foam and expand during infusion. Using this design and process, which can be fully automated, Axontex can be used to form both straight and curved components to create complex shaped assembled structures.

All of the chassis and frame CFRP components are robotically bonded together by Axon using Crestabond M1-20 primer-less structural adhesive, with no mechanical fixings needed. The result is an automotive chassis with the strength and stiffness of a similar steel structure, but with over 60% saving in the overall chassis weight.  

According to Kevin Lindsey, Far-UK’s Technical Director, and one of the original Axon Automotive team which developed this technology with Scott Bader, an Axontex CFRP part is as strong as steel and 60% lighter, enabling this versatile composite 3D beam system to be used for a wide range of structural applications to provide enhanced vehicle performance and fuel cost savings of up to 20%, while meeting crash safety standards. The combination of the superior mechanical properties of Crestapol 1250LV resin with the Axontex technology’s internal web configuration produces moulded CFRP chassis parts which are extremely light, yet provides the very high stiffness and strength properties needed; an ultimate tensile strength (UTS) of 900-1000 MPa (to BS 2282 Part 4) combined with a heat deflection temperature (HDT) of over 130°C have been consistently recorded during extensive testing of the Axontex composite system.  


Photo provided by Scott Bader

Share this story

Related / You might like...

Cobra International Exhibits Product Range at CAMX 2018

Cobra International will showcase a range of composite products at CAMX 2018, including carbon fibre components for the automotive, transportation, marine, water sports and luxury sectors.

Chomarat Reinforcements Feature in Live Demos at CAMX 2018

A skateboard, architectural panels and a rigid roof for boats, all built using Chomarat composite reinforcements, will be on display at CAMX 2018.

Prodrive Develops Process for Recyclable Thermoplastic Composites

UK company Prodrive Composites has developed a process for manufacturing recyclable composite components that can satisfy future end-of-life requirements without any compromise in the performance of the original parts. The company says the P2T (Primary to Tertiary) process not only simplifies recycling, but endows a composite material with the potential to fulfil three or more useful lifetimes.