LURA High Strength Polyester Fiber

Packed in 25kg bags (containing 3–5kg inner small bags, customizable).

Polyester fiber is produced through blending, spinning, anti-aging treatment, surface lipophilic tre

Product Introduction

Product Features

Performance Indicators

Scope Application

Instructions for Use

Polyester fiber is produced through blending, spinning, anti-aging treatment, surface lipophilic treatment, chopping and other processes using modified polyester chips. Featuring high strength and modulus, good heat resistance, excellent thermal stability and favorable compatibility with asphalt, polyester fiber can increase the tensile, shear and impact strength of asphalt concrete, and greatly improve the performance quality of asphalt pavements. It endows asphalt concrete with advantages such as high-temperature stability, low-temperature crack resistance, fatigue resistance, water stability, strong anti-slip performance and low traffic noise.

1. Dispersing effect 2. Reinforcing effect 3. Asphalt adsorption effect 4. Stabilizing effect 5. Tackifying effect to improve bonding strength 6. Toughening and crack-resisting effect

Raw Material	100% Polyester Resin	Fiber Type	Monofilament
Equivalent Diameter, μm	16–24 μm	Length, mm	6 mm, 9 mm
Specific Gravity	1.36–1.38 g/cm³	Color	White or light yellow
Tensile Strength	≥500 MPa	Elongation at Break	10–50%
Modulus of Elasticity	≥4000 MPa	Melting Point	240–260℃
Crimp Property	None	Ignition Point	＞560℃
Acid & Alkali Resistance	Excellent	Heat Resistance	210℃

1. Used in ultra-thin asphalt overlay together with super-tough additive; 2. White-to-black reconstruction of old asphalt concrete pavement; 3. SMA asphalt mixture; 4. Reinforced asphalt mixture;

Direct addition type. The typical dosage is 0.3–0.5% by mass of asphalt mixture, or 8–10% by mass of asphalt.