Paraaramid filament has outstanding performances of lightness, highstrength, high modulus, anti-corrosion, good insulation and impactresistance.
Usuage:
l Personalprotection
Articlesmade from NewStarTM Para aramid filamentare used in somespecial areas which call for high strength, stretch-proof,tear-resistance, puncture-proof and high temperatureresistance.
Bullet-proofapparels and helmets, heart-protect boards, Cut-proof gloves andwrist supports
High-temperatureresistance gloves and apparels, Sportswear
l Compositematerials
Theultra rigidness and low density of Para aramid filament enables itquite suitable for making reinforcement composite materials. Thisreduces weight and increases effective load greatly.
Secondarystructure of big airplanes, Airplane cockpits and engine cowlings,Radomes and antennas, Yachts and vessels, Automobile outer shells,Fan blades, Circuit boards, Resin coating material
l Frictionsealing
Paraaramid filament can replace cancer-causing asbestos to make sealingmaterials of high temperature resistance and frictionresistance.
Brakefacings and clutch disks, Gearbox friction plates, Gaskets,Packing
l Sportsinstruments and others
Paraaramid filaments suitable for making all kinds of sportsinstruments of high strength and low weight.
Golfshafts, Tennis rackets/lines, Skidding instruments, Racing vests,Fishing poles
TechnicalData
Denier per filament | 1200D |
Density | 1.44g/cm³ |
Heat shrikage (190 °C,15min) | <</span>0.35% |
Decomposition temperature | >500°C |
LOI | >28% |
Breaking tenacity | 19.4-23 cN/dtex |
Elastic modulus | 60-100GPA |
carbonize temperature | >500°C |
oil content | 0.5-1.5% |
Moisture Regain | 6-10% |




