LANDU provides a full range of engineered reinforcement fibers designed to improve crack resistance, toughness, durability, and overall structural performance. Our portfolio covers steel fibers, polypropylene fibers, blended systems, and specialty reinforcement solutions for industrial floors, precast elements, pavements, tunnels, and demanding infrastructure projects.
PRODUCT PORTFOLIO
Engineered Fibers for High-Performance Concrete & Asphalt
01
Hooked-End Steel Fiber
Strong mechanical anchorage for heavy-duty concrete reinforcement
Glued
Loose
02
Chopped Steel Fiber
Short, high-strength fibers for UHPC and thin precast elements
03
Micro PP Fiber
Early-age crack control and shrinkage reduction
Monofilament
Fibrillated
04
Synthetic PP Macrofiber
Structural reinforcement replacing traditional steel mesh
Standard
Twisted Bundle
05
Blended Fiber
Multi-component system for comprehensive reinforcement
06
Cellulose Fiber
Natural fibers for asphalt stability and SMA applications
07
PVA Fiber
High-performance fiber for UHPC and ECC applications
08
PAN Fiber
Exceptional thermal stability for extreme environments
Novastar Steel Fiber PRODUCT CATEGORIES
1.
Hooked-End Steel Fiber
Designed for heavy-duty concrete reinforcement, hooked-end steel fibers provide strong mechanical anchorage, significantly improving toughness, crack control, and impact resistance. Ideal for industrial floors, tunnels, pavements, precast components, and shotcrete applications.
Glued Hooked-End Steel Fiber
Glued bundles ensure quick dispersion during mixing, delivering consistent distribution and improved surface finish. Especially suitable for large-volume pours, industrial flooring, and high-performance applications requiring clean, uniform fiber integration.
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Loose Hooked-End Steel Fiber
Loose fibers offer reliable reinforcement with straightforward dosing and excellent cost-performance balance. They enhance crack resistance and flexural strength across a wide range of structural and precast concrete projects.
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Chopped Steel Fiber
Chopped Steel Fiber
Short, high-strength steel fibers that improve concrete's crack control, impact resistance, and durability. Their fine dimensions make them suitable for thin precast elements, UHPC, refractory concrete, and applications requiring high post-crack performance.
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Micro PP (Polypropylene) Fiber
Micro polypropylene fibers provide early-age crack control, shrinkage reduction, and improved fire resistance. They act as an effective secondary reinforcement system for flooring, overlays, residential structures, shotcrete, and mortar applications.
Monofilament PP Micro Fiber
Single-strand fibers that disperse easily and help prevent plastic shrinkage cracks. They enhance surface quality, reduce permeability, and improve durability in general-purpose concrete and mortar mixes.
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Fibrillated PP Micro Fiber
Network-structured fibers that create a mesh within the concrete matrix, improving cohesion and crack resistance. Ideal for slabs, pavements, screeds, and shotcrete where enhanced bonding and stability are required.
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Synthetic PP Macrofiber
High-strength synthetic macrofibers designed to replace or reduce traditional steel mesh and rebar in many applications. They significantly improve toughness, residual strength, impact resistance, and long-term durability.
PP Macro Fiber
A cost-effective structural synthetic fiber providing solid post-crack performance. Suitable for industrial floors, pavements, precast elements, and shotcrete where corrosion-free reinforcement is essential.
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Twisted Bundle PP Macro Fiber
Engineered with a twisted profile for excellent bonding and energy absorption. Offers superior toughness, crack bridging, and impact resistance—ideal for demanding industrial and underground construction applications.
Learn More →Specialty & Advanced Fibers
Beyond traditional steel and polypropylene, LANDU offers a range of specialty fiber solutions engineered for unique performance requirements. From blended systems to high-tech synthetic fibers, these products deliver exceptional results in demanding applications including UHPC, asphalt modification, and extreme-environment construction.
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