Para-aramide haché

Les fibres para-aramides sont reconnues pour leur robustesse, leur résistance aux chocs et leurs propriétés thermiques exceptionnelles. Les fibres coupées avec précision de Rocket-Fibers sont traitées avec soin grâce à une technologie de coupe brevetée qui garantit une qualité et une régularité exceptionnelles.

Nos fibres para-aramides découpées avec précision sont proposées en trois tailles différentes et disponibles en différentes quantités pour répondre à vos besoins, du prototypage à la production commerciale. Si vous ne trouvez pas la taille ou la quantité dont vous avez besoin en stock, contactez-nous dès aujourd'hui pour une commande personnalisée. D'autres tailles sont disponibles : 3,0 mm, 19,0 mm et 26,0 mm.

 
Taille (mm)
Poids (lb)
 
$89.99
 

About This Item

Para-Aramid Resistance Guide

Para-aramid fibers, such as Alkex® & Kevlar®, exhibit excellent resistance to high temperatures, maintaining their mechanical properties even at elevated temperatures. This heat resistance makes them suitable for applications in thermal insulation and protective clothing. Additionally, para-aramid fibers demonstrate good chemical resistance, enabling them to withstand exposure to acids, alkalis, and many organic solvents without significant degradation. 

This fiber will degrade with prolonged UV light exposure. These fibers will brown and weaken over time.  Please keep this fiber stored away in a dark room and in the UV protective bag the fiber was shipped in.

This fiber will absorb atmospheric moisture up to 5-7% in weight. This fiber should be stored in a cool, dry room with low humidity. A desiccant bag was included with this fiber to prevent regain during transit and short-term storage at your facility.

Acid: Prolonged exposure to concentrated strong acids will cause degradation
Alkali: Degrades with prolonged exposure to Sodium Hypochlorite
Organic Solvent: Moderate degradation in Carbon Tetrachloride and Ethylene Glycol

Continuous Operating Temperature Range (°C): -40 to 170
Short Term Exposure (°C): 420
Degradation Temperature (°C): 480

Product Tech Specs



Length (mm)


Denier Per
Filament

Dispersion (Grade)


3.0
1.5
3.0
6.0
1.5
3.0
13.0
1.5
3.0

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Product Details

  • Manufactured from high-performance para-aramid fiber

  • Precision chopped to 3 mm, 6 mm, or 13 mm standard lengths

  • Additional custom cut lengths available upon request

  • Supplied clean and binder-free unless otherwise specified

  • Natural yellow fiber color


Packaging & Quantity

  • Packed in 1 lb or 5 lb individual bags
  • For larger quantities, contact us today
  • Product Performance

    • Exceptional tensile strength and high modulus

    • Outstanding impact and energy absorption performance

    • Excellent thermal stability and char formation

    • High resistance to abrasion and mechanical wear

    • Maintains integrity under dynamic and cyclic loading

    The table below represents the nominal mechanical properties of Para-aramid fibers.  Para-Aramid fibers are sold in standard and high-modulus formats tailored for specific applications.

    Property Unit of Measure Standard High Modulus
    Tenacity g/d 23.0 23.6
    Tensile Modulus g/d 555 885
    Specific Gravity ratio
    1.44
    Avg. Elongation % 3.6 2.4
    Moisture Regain1 % 4.5 3.5
    Melt Point °C
    N/A
    Decomp. Temp °C
    427-482
    Creep2 %
    < 0.03
    Shrinkage3 %
    < 0.02

    1 Equilibrium moisture regain @ 55% RH

    2 Creep @ 40%-58% ultimate tensile strength

    3 Shrinkage in dry air @ 177°C for 30 minutes

    Suggested Applications

  • Ballistic and impact-resistant composite systems

  • Lightweight structural reinforcement

  • Industrial wear components

  • Friction materials and specialty molded parts

  • Aerospace and defense composite structureshttps://cdn.shopify.com/s/files/1/0711/6288/8512/files/Kevlar_Cord-1.pdf?v=1691719313

  • Tools & Resources

    Need Something Custom?
    Rocket-Fibers works with engineers, manufacturers, and R&D teams on custom fiber solutions, sourcing requests, and technical guidance.