HGM® Asphalt Fibers
Synthetic Fibers for Asphalt Mixes
Boost Strength • Extend Life • Cut Costs
Since 2002, we have specialized in concrete crack resistance, waterproofing, and anti-corrosion technologies.
Asphalt Fiber for Asphalt Pavements Reinforcement | PIONEER®
High-Performance Fibers for Fiber-Reinforced Asphalt Concrete (FRAC)
PIONEER® Asphalt Fibers for Pavements
PIONEER® HGM® asphalt fibers are engineered performance additives designed to increase the mechanical stability, crack resistance, and long-term durability of asphalt mixtures. Each fiber type—aramid, polyester (PET), PAN, basalt, and lignin—provides unique reinforcement characteristics proven in fiber-reinforced asphalt concrete (FRAC) applications.
Our fibers help mitigate rutting, thermal cracking, and fatigue failures, ensuring stronger, longer-lasting pavements. Whether used in SMA (Stone Mastic Asphalt), OGFC (Open Graded Friction Course), porous asphalt, or dense-graded mixes, PIONEER® HGM® fibers enhance load-bearing capacity and durability in both heavy-traffic and extreme climate environments.
Complete Asphalt Fiber Range
PIONEER® provides a full portfolio of high-performance synthetic and mineral fibers developed specifically for asphalt reinforcement.
From aramid and polyester to PAN, basalt, and lignin fibers, each product improves mixture cohesion, reduces deformation, controls binder drain-down, and enhances fatigue and rutting resistance under varying traffic and temperature conditions.
These asphalt reinforcement fibers are suitable for highways, municipal roads, airport runways, parking lots, bridges, and industrial pavements requiring enhanced stability and long service life.
How to Choose the Right Asphalt Fiber
Each PIONEER® HGM® asphalt fiber is formulated to enhance pavement performance, structural stability, and durability. Designed for high-temperature mixing and heavy traffic demands, these fibers help reduce rutting, resist thermal cracking, and improve the long-term serviceability of asphalt pavements.
HGM® Aramid – Aramid Fiber for Asphalt Pavements
Ultra-high-strength aramid fibers offering superior reinforcement for SMA, OGFC, and high-stress pavements. They significantly enhance rutting resistance, tensile strength, and fatigue performance.
HGM® PET – Polyester Fiber for Asphalt Mixtures
Thermally stable PET fibers that improve binder retention, mixture cohesion, and resistance to drain-down. Ideal for surface courses, municipal roads, and airport runways.
HGM® PAN – Polyacrylonitrile Fiber for Asphalt
PAN fibers provide excellent chemical and thermal stability, reducing thermal cracking while improving overall durability in base and binder layers.
HGM® Basalt – Basalt Fiber for Asphalt Concrete
High-temperature mineral fibers designed to improve deformation resistance, stability, and cracking performance in dense-graded mixes.
HGM® F-Lignin – Fluffy Lignin Fiber for Asphalt
Lightweight fibers with excellent dispersion for OGFC, porous asphalt, and SMA. Improve binder absorption, reduce segregation, and enhance mix uniformity.
HGM® G-Lignin – Granular Lignin Fiber for Asphalt
Granular lignin fibers that enhance moisture absorption, stabilize asphalt binder, and reduce drain-down in HMA production.
Looking for Better Macro Synthetic Fiber Performance?
Standard PP macro synthetic fiber is widely used in fiber reinforced concrete, but its performance is often limited by material properties and manufacturing methods.
With lower tensile strength and a relatively smooth surface, conventional macro fibers provide limited anchorage and weak crack-bridging ability after cracking.
In real projects, this often results in insufficient post-crack strength, uneven performance, difficult finishing, and higher dosage just to meet basic requirements.
How Rimix™ 3D Improves Macro Fiber Performance
Rimix™ 3D is a high-performance upgrade to conventional macro fiber, engineered with advanced PP–PE composite materials.
It delivers higher tensile strength and modulus, allowing better load transfer across cracks and more stable post-crack performance.
Its optimized fiber geometry enhances bonding and pull-out resistance, while ensuring excellent dispersion without balling—making mixing and finishing easier on site.
Compared to standard macro fiber, Rimix™ 3D achieves stronger reinforcement with lower dosage, improving both performance and cost efficiency.
Upgrade Fiber Performance — Not Just Dosage
Simply adding more fiber does not always solve performance issues. The key is upgrading the material quality and structural performance of the fiber itself.
Rimix™ 3D provides higher efficiency per kilogram, helping achieve better crack control, improved workability, and more consistent concrete performance across different applications.
Rimix™ 3D vs Standard Macro Fiber
Key Factor
PP Macro Fiber
Rimix™ 3D Macro Fiber
Strength
400 – 500 MPa
550 – 620 MPa
Crack Performance
Limited after cracking
Strong and stable
Dosage Efficiency
Higher dosage needed
Lower dosage, higher efficiency
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Why Choose Us?
Proven Expertise & Greater Savings
24 years of focus
on fiber reinforcement solutions.
5,000 tons yearly
from advanced manufacturing.
20+ countries served
with global product distribution.
1,000 projects proven
in diverse applications worldwide.
Why Choose PIONEER® Technologies
Certified Technical Data
Access product-specific datasheets, lab testing reports, and international compliance certificates for seamless project approval.
Proven Global Experience
Trusted worldwide for high-performance concrete fiber reinforcement across industrial, commercial, and infrastructure projects.
Broad Micro Fiber Range
Complete micro synthetic fiber portfolio—including monofilament, fibrillated, ultra-fine, self-dispersing, and polyester fibers for shrinkage crack control.
Expert Dosage & Engineering Support
Get tailored product selection, precise dosage optimization, and technical submittal assistance from our concrete specialists.
26,500m² production base
Advanced fiber dispersibility
Exceptional tensile strength
FAQ
Asphalt reinforcement fibers are synthetic or mineral fibers added to hot mix asphalt to improve stability, crack resistance, rutting performance, and overall pavement durability.
Fibers are widely used in SMA, OGFC, porous asphalt, dense-graded mixes, airport pavements, high-traffic highways, and areas exposed to severe temperature variations.
Fibers absorb part of the asphalt binder, increasing viscosity and creating a stable fiber matrix that prevents binder migration during production and paving.
Dosage varies by fiber type and application—typically 0.2–0.6% by weight of the asphalt mix for lignin, and 1.5–2.5 kg/ton for aramid or polyester fibers.
Yes. Fibers reinforce the asphalt structure, increasing load-bearing capacity and reducing permanent deformation under heavy traffic.