Fabric Definition:
Kevlar is a high-strength, heat-resistant synthetic fiber (aramid) known for exceptional tensile strength, lightweight, and cut/ballistic resistance, used in protective gear, aerospace, and industrial applications.
Composition:
100% Aramid (para-aramid), Kevlar/Nylon blends, Kevlar/Carbon hybrids, Kevlar/Glass composites
Texture:
Rigid, slightly stiff, smooth, matte to slight sheen, woven pattern, golden/yellow or black color, fibrous, high-tech feel
Stretch Level:
None (no stretch; rigid when cured or woven densely)
Fabric Construction:
Woven (Plain, Twill, Basket, Satin), Unidirectional, Nonwoven felts, Knitted (limited)
GSM Range:
150-600 GSM (light to heavy; 200-400 GSM for ballistic fabrics)
Breathability:
Low (impermeable when coated; breathable in woven form)
Moisture Management:
Low (hydrophobic, low moisture absorption)
Durability:
Very High (exceptional tensile strength, cut-resistant, abrasion-resistant, long-lasting)
Thermal Properties:
High (heat-resistant up to 400°C, flame-retardant, no melting, decomposes at high temperature)
Key Usage Areas:
Ballistic vests, Body armor, Helmets, Gloves, Aerospace components, Marine, Sporting goods (bicycles, canoes), Firefighter gear, Cut-resistant clothing
Ballistic protection, industrial cut-resistant gloves, conveyor belts, tire reinforcement, ropes, cables, brake pads, aerospace composites, marine hulls