Our highly-automated production facility combines materials such as carbon, glass, aramid, and basalt fibres with a thermoplastic, to produce an advanced composite which is stiffer and stronger than steel and up to 60% lighter.
Our composites are also significantly cheaper, mechanically superior and more sustainable than traditional composites. We can produce up to 100,000 parts each year at a cost similar to traditional manufacturing.
We work with a variety of companies, from small innovative manufacturers to major multinational OEMs, and offer a range of services that are tailored to your requirements.
Proving basalt fibre can be just as strong as S2 glass, and more affordable
We have the capability to design and manufacture a range of finished products for you in world-leading times. For example:
Our processes are flexible and agile so if you need a different part manufacturing, contact us to see how we can help.
If you prefer to process the products yourself, we can provide you with a preform material. This can be just the braided fibre (‘dry’), or fibre that’s been braided with a thermoplastic matrix.
We can braid with a range of resins and fibres — resins such as PP, PA6, PET, PEI and PEEK; and fibres like carbon, glass, basalt, silicon carbide, aramid and flax. If you have a specific material you would like to use, please ask.
Often, our clients need a service that falls somewhere between end product manufacturing and preform braiding. They might have certain manufacturing capabilities in-house but can see an area of the process where we could add value.
If that sounds like you, drop us a line and let’s start a conversation.
You can license our technology to use within your own facility and we can help you get everything set up and working well. Contact us to find out more.
Or perhaps you’re interested in collaborating with us on a materials development or R&D project? We work regularly with partners and have a track record of securing project funding, including five Innovate UK loans and grants, four Niche Vehicle Network grants, and an Advanced Propulsion Centre grant.
We design and make components that are as strong as steel and 60% lighter. Our process involves braiding a thermoplastic matrix with materials like carbon fibre, glass fibre and basalt for superior performance.
Our thermoplastic materials are inherently recyclable, our processes are energy efficient and cut waste by up to 95%, plus our products are lightweight. This leads to de-carbonisation throughout the product lifecycle.
We can produce up to 100,000 parts each year at a cost similar to traditional manufacturing. How? With an automated process that cuts labour by up to 90%.
Our technology has been recognised as world-leading. Working with a consortium of other manufacturing companies, we won two global innovation awards for the design of a very light rail carriage: