Aramid fibers
- Extremely stiff and strong
- Shock absorbing and impact resistant
- Hard wearing and wear resistant
- Temperature resistant and inert to most chemicals
(E-)glass fibers
- Excellent mechanical, thermal and dielectric (non-conductive) properties
- Non-combustible and temperature resistant
- Inert to most chemicals
- Resistant to weathering
Carbon fibers
- Extremely stiff and pressure resistant
- Excellent fatigue strength at dynamic load exposure
- Low thermal expansion (negative expansion coefficient)
- UV light resistant
- Low weight = ideal for lightweight constructions
Polypropylene (PP) fibers
- Extremely resistant against fatigue
- Especially strong, stiff and hard
- Low thermal conductivity
- Very low density of 0.91 g/cm3 (lower than that of water) allows the production of lightweight woven fabrics
- Hydrophobic
- Resistant to non-oxidizing acids, alkalis and many organic solvents
Polyphenylene sulfide (PPS) fibers
- Highly temperature resistant (constant temperatures up to 240 °C possible)
- Resistant to solvents, acids and alkalis
Hybrid yarn
made from glass/polypropylene (PP) or glass/polyester (PES)
- Can be used to make composites without the addition of resin
- Temperature resistance and processing temperature can be controlled via the synthetic yarn
Weave and thread count
- Weight
- Tensile strength
- Heat shrinkage behavior
- Elongation
- Drapability
Finishing and coating options
- Non combustible / flame retardant
- Hydrophobic surface
- Hydrophilic surface
- Non-stick coating
- Heat sealable
- Electrically conductive
- Optimized adhesion to different substrates
- Self-adhesive on one side
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