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ARALDITE Resin System Offers New Dimension to Composite Rail Vehicle Designs

14 June 2016

ARALDITE Resin System Offers New Dimension to Composite Rail Vehicle Designs

Huntsman Advanced Materials has developed an innovative solution combining excellent mechanical and inherent FST properties that is set to offer greater design freedom in delivering new interior rail vehicle concepts.

Developed for RTM, Infusion or Pultrusion processes, Huntsman explains that the new ARALDITE FST 40004 / 40005 allows fast development of high performance, lightweight composite components.

Huntsman adds that using this system, small and medium parts can be made quickly, large parts can be produced cost effectively at low temperature injection and a very low exotherm enables the accurate production of high thickness parts without any limitation to part complexity and function integration.

Without the use of fillers, it claims that ARALDITE FST 40004 / 40005 achieved the HL1 / HL2 hazard level of fire safety testing under the unified pan-European EN 45545-2 testing programme thanks to its non-halogenated inherently flame retardant behaviour.

ARALDITE FST 40004 / 40005 takes user-friendly processing technologies into a new dimension enabling fast RTM curing capabilities at around 5 minutes / 150˚C and a pultrusion speed of circa 12 metres an hour.

This system is also said to exhibit a high modulus which enables ease of installation through the production of rigid parts that can also withstand the physical stresses and strains experienced in a vehicle application.

Commenting on the launch of this unique solution, Laurent Pourcheron, Marketing Manager for Huntsman, said, “With ARALDITE FST 40004 / 40005, you can build shape while building enhanced functionality into the part itself. Ensuring form meets function is an essential part of our material development strategy. Interior components such as luggage shelves, tables ceiling panels and even window trims can not only deliver the aesthetic design required but also serve as complete structures, providing a more cost effective solution without the need or added expense of any additional elements.”

 


Photo provided by Huntsman





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