Our designers can help you to select the right materials for your application, and undertake the necessary calculations to evaluate product performance.
Composite materials provide considerable design freedom. By exploiting the opportunities they present in terms of material selection and orientation, it is possible to tailor the properties of a composite according to the requirements of a given application. However, this also means that composite design can be relatively complex, with an increased number of design variables and material characteristics to manage.
Our designers and analysts can help you select the right material configurations for your application, as well as performing the necessary calculations or simulations to evaluate your product’s fitness for purpose against design codes or other requirements.
Our design engineers can help you visualise your products using computer-aided design (CAD), or can prepare your existing CAD models for structural analysis
Where there is a requirement to design a composite component in accordance with a specific standard or norm, we can work with you to ensure design compliance
We can provide an independent verification that the design of your composite product is fit-for-purpose, or advise you on modifications that might be necessary
We can undertake investigations to understand the reasons behind the failure of a composite component or structure - both in-the-field studies and supporting laboratory analysis
A computational tool for simulating and analysing the response of a structure to applied mechanical or thermal loads - used for design verification and optimisation
The flexibility of composites derives from the wide range of material choices - we can guide you in the selection of reinforcements, resins, cores, additives and coatings
We can undertake on-site inspections of your composite assets to assess ongoing fitness-for-purpose and, if necessary, suggest remedial action
Glass-reinforced plastic (GRP) tanks/vessels are used to store liquids underground. Catastrophic failure of the tank can lead to serious consequences, even if the contents of the tank are not hazardous. Therefore, during the installation phase, a tank must be handled very carefully; it is important that due consideration is given to the protection of the […]
GRP antenna shrouds and enclosures have been widely used by the mobile-telecoms industry for a number of years, due to their combination of RF transparency and design freedom.
GRP covers are widely used in the water-treatment industry to help control odours. The covers need to be able to withstand the local conditions of wind and snow and, depending upon the specific location, may also be required to handle personnel loads, impact loads etc.
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They were selected as the development partner for novel materials structures and were instrumental in supporting strategic market analysis, leading to development programs on unique products. Their staff engaged and worked effectively in a multi partner framework engaging effectively with adjacent industrial partners. As a result it was possible to significantly increase project velocity, broaden the scope of the work and evaluate the market relevance of development ideas. They continue to a valued development partner.
Amongst all the providers of technical support to users and intended users of composite materials, they offer a unique blend of expertise, skills and knowledge in this area that has been recognised by RAPRA and its members. RAPRA is therefore proud to have them as a key part of its Technical Support Network that it uses to serve members and wider Industry.
As a small company with a small budget we have been able to utilise the expertise of their consultants Chris Hare, Joe Carruthers and Ben Hargreaves. Through their in-depth knowledge and understanding of both composites and business needs, our composites for footwear have improved in strength, durability and manufacturability.
We commissioned them to review the projected demand for composites among UK based automotive suppliers and the associated opportunity gaps in the UK composites supply chain.
The purpose of the research was to firstly establish views on the adoption of volume composites amongst automotive OEM’s and secondly, to assess if Tees Valley could be positioned to host known ‘energy intensive’ segments of the composites supply chain, such as precursor and carbon fibre manufacture. Tees Valley is Western Europe’s 2nd largest chemical producing region and offers embedded power generation and private wire networks enabling companies to benefit from lower power and utilities costs compared to many other UK manufacturing locations.
We selected them to deliver the work based on their strong insights and contacts within the UK’s composites industry as well as their expertise in the application of composite solutions in automotive and other key UK advanced manufacturing segments
We are truly delighted with the resulting intelligence as it gives Tees Valley a clearer view on the investor opportunities that best align with the unique assets and skills base in our area. We would have no hesitation in recommending them and in using them again in the future.