Multiaxial Fabrics
Overview
Our continuous optimization of multiaxial fabrics (eMax) enables us to meet the high requirements of the Aerospace and Automotive industry with respect to quality and reliability, as well as the easiness of processing the material into parts.
Aerospace Industry: Our products stand out due to their enhanced utilization of fibre characteristics compared to standard multiaxial fabrics. Thereby, the mechanical properties of our multiaxial fabrics (e.g. compression, CAI) outperform those of unidirectional prepregs.
Automotive Industry: Leading automotive manufacturers select our material for the production of CFRP (carbon-fibre-reinforced plastic) parts being able to realize Class A surface quality.
Snapshot
- Multiaxial fabrics in various orientations across layers
- Biaxial, triaxial and quadaxials
- Reduced crimp
- Superb surface quality (Class A confrom)
Technical Data
- Multiaxial structures up to 7 layers
- Fibre orientation from -30° to +30°
- Customized NCF designs starting at smaller lot sizes
- Width from 150mm to 1270mm
- Fibre size: 12K – 50K
- Fibre types: HT, UHT, IM, HM, UHM
Options
- EP Binders
- Polyester Binders
- Foil, veil, mat lamination
- Glass fabric lamination
Characteristics
- Stabilize fabrics
- Ideal for preforming
- Easy cutting
- Controlled stamping
Options
- Polyolefin (PP,PE)
- Polyamide
- High temperature polymers (PPS, PEI, PEEK)
Characteristics
- Re-use / recycling possible
- Fewer transportation restrictions
- Short processing time
- Not REACH critical
- Room temperature storage
- Process flexibility
- Longer term storage possible
