Abstract
A pultrusion process for producing spatial continuous fiber reinforced plastic profiles with uv-curing resins has been developed. Instead of using a rigid steel die, a uv-transparent flexible die has been used which allows a broad variety of bending radii. This development was driven by the need for concrete armory following the flux of force for the use in porous gradient concrete. The usage of fibers other than transparent glass fibers like carbon- and basalt fibers in combination with uv-resins was made possible through the utilization of peroxides. For material characterization purpose straight profiles made of glass and basaltfibers were produced. Subsequently a process to produce spatial profiles was developed.
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