Abstract: A multiaxial textile fabric has at least two thread layers and at least one nonwoven layer. Each thread layer is made of multifilament reinforcement yarns arranged parallel to one another and so as to lie adjacently next to one another within the thread layers, wherein at least one thread layer is at least partially directly contacted by the nonwoven layer, and cut-out sections are provided within the nonwoven layer, the cut-out sections having a size of at least 4 mm2. The multiaxial textile fabric also includes a fiber-reinforced composite material.

Abstract: A multiaxial product including at least three thread layers, each of the thread layers being formed by multi-filament reinforcing yarns which are arranged within thread layers so as to be mutually parallel and next to one another so as to be adjacent, at least two thread layers being arranged within multiaxial product wherein thread layers define a 0° direction within multiaxial product and the at least one further thread layer being arranged at an angle of more than±10° with respect to 0° direction within multiaxial product, the at least two thread layers in 0° direction directly following one after the other, based on relative arrangement of the at least three thread layers within multiaxial product, without a further layer of multi-filament reinforcing yarns therebetween. Further, a method for producing multiaxial product, further relating to composite produced from multiaxial product and to a method for producing composite from multiaxial product.

Abstract: A fiber composite component as a structural component of an aircraft, encompasses a mat-shaped, electrically conductive fiber material embedded in several layers into a synthetic resin matrix, wherein individual fibers protrude as free fiber ends from the flat plane of the mat-shaped fiber material, so as to establish an electrical bridge connection between adjacent layers of the fiber material through an interspersed synthetic resin layer. A device for manufacturing such a fiber material is also described.