CompPair has developed a leading innovation in the self-healing composites domain.
Embedded healing enables the ultra-fast repair of several types of damage events in composite structures.
COMPPAIR BRINGS CONTINUOUS SUPPORT IN ECO-DESIGN
AND REPAIRABILITY SOLUTIONS
CompPair’s technology HealtechTM, is available as various composite solutions with an integrated healing capacity. Solutions include prepregs, liquid solutions, custom reinforcements and semi-finished products. All can be used to build composite structures with an intrinsic healing ability.
Customising to other reinforcements:
CompPair’s resin systems can be combined with any reinforcements including natural fibres.
Support in repair mechanisms:
CompPair can provide repair training or adapt repair mechanisms to suit their clients’ needs.
CompPair’s engineers are here to support the implemention of the healable solutions in the client’s manufacturing processes.
Life cycle analysis and eco-design:
CompPair’s sustainability department can assist clients in designing composite products with a low carbon footprint
Two prepreg product lines with an integrated healing capacity are available: CS01 and CS02.
Two lines of liquid solutions with an integrated healing capacity are available: LCS01 and LCS02.
Our unique technology acts during the whole lifetime of products, helping manufacturers, consumers, and the planet.
CompPair makes production more efficient and brings a sustainable and quality differentiator to the market. CompPair products are compatible with current production, with comparable performances, while drastically reducing maintenance costs and improving repair quality.
CompPair saves time and money with a fast repair, all while keeping the integrity, the performance and the weight of the products constant (before, during and after repair). The product’s lifetime extension allows the consumer to benefit from the product for a longer period of time; reducing personal costs.
CompPair reduces waste during production and repair while extending the lifetime of products and recycling them better. We aim for a circular economy of composite products, including the reuse, repair, refurbishment and recovery of parts. This has the potential to save Mtons of CO2, due to a large reduction in resources.