Non-Crimp Fabrics

NON-CRIMP FABRICS
Product range UD/bidirectional Multiaxial SAERcore
Material type Textile reinforcement Textile reinforcement Textile reinforcement
(dry) (dry) (dry)
Raw material input Glass (E,H), carbon (12-50k), aramid, flax, basalt Glass (E)+PP
Fiber processing Straight fibers Straight fibers CSM*
Structure Unidirectional/bidirectional Multiaxial CSM/PP/CSM
Fiber orientation 0°/90° -22.5° to +22.5° various
Number of layers 1(UD) or 2 (BD) 2-5 3
ADDED VALUE PRODUCT FINISHING
Self-adhesive - with SAERfix adhesive Yes Yes Yes
Powder binder preforming Yes Yes No
Integrated fire protection - LEO Yes Yes Yes
Integrated flow mesh - SAERflow version Yes Yes No**
Cutting & kitting Yes Yes Yes
Toughening Yes Yes Yes
Specialities UltraFatigue; EasyDrape - + NCF (SAERcore MAX)
RECOMMENDED FOR THE FOLLOWING PROCESSES
Vacuum infusion +++ +++ ++
HP-RTM +++ +++ +
RTM light ++ ++ +++
Compression ++ ++ +++
Hand lay-up + + -
Pultrusion +++ ++ -
Prepreg/continuous +++ ++ -

* Chopped strand mat | ** PP core as flow medium is standard

Selection of Multiaxial Fabrics
Leaf spring application: UltraFatigue UD
Leaf spring application: UltraFatigue UD
Extreme: Aramid NCFs
Extreme: Aramid NCFs
Hybrid: Combined glass / carbon
Hybrid: Combined glass / carbon
Aerospace: SAERtow Carbon NCF
Aerospace: SAERtow Carbon NCF
With adhesive: SAERfix®
With adhesive: SAERfix®
Mesh of glass or carbon
Mesh of glass or carbon
Bio-based: Flax NCF
Bio-based: Flax NCF
Integrated flow mesh: SAERflow®
Integrated flow mesh: SAERflow®
With PP core: SAERcore®
With PP core: SAERcore®

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LEO Infusion Resin

LEO Protection Layer (Topcoat / Gelcoat)

Core Materials (Optional)

LEO Reinforcement Material
(Glass / Carbon / Aramid / Hybrid)