The use of plastic components in the automotive industry has shown extraordinary growth in recent years. Polymers are currently being used to manufacture more than 1,000 different automotive parts. Using plastics as an alternative to traditional materials such as metal gives the industry major advantages, including energy efficiency, durability, design flexibility, noise reduction and cost savings.
The MAT4RAIL project developed new formulations of hybrid resins that will make it possible to replace metal railways parts with lighter composite materials. Smart interior parts were also designed to increase capacity and provide greater passenger comfort.
Biocomposite materials can be defined as composite materials in which at least one of the constituents is derived from natural sources. This includes composite materials made from the combination of petroleum-derived polymers reinforced with natural fibre, biopolymers reinforced with natural fibre, or biopolymers reinforced with synthetic fibre (e.g. glass, carbon).
Composite components must be cured under very strict processing conditions due to the need of having a reproducible polymerisation of the resin. Currently, polyester, vinylester […]
In keeping with its mission to respond to the social challenges of sustainable mobility, AIMPLAS has been coordinating the European RECOTRANS project, which has made […]
Coordinated by AIMPLAS, the European ELIOT project, with the participation of the Dutch research centre TNO, is developing at large scale the most promising recycling methods for biocomposites, which are now being used in the aeronautics industry.
Based on the use of new materials and manufacturing processes, the project, led by AIMPLAS, will make it possible to produce lighter and, therefore, less polluting vehicles without increasing the cost.
AIMPLAS’ laboratories have successfully passed the procedure by Groupe Renault to recognize the competence of our laboratories as a self-validation subcontracting laboratory.
Within environmental tests, climatic tests use the relevant laboratory equipment to reproduce climatic conditions at which a product may be exposed during its lifetime.