Concrete synthetic fibers are specially engineered polymer materials integrated into concrete mixtures to significantly enhance structural integrity, post-crack toughness, tensile ductility, and long-term durability. Designed to control early-stage plastic shrinkage cracking, thermal distress, and moisture loss during the critical curing phase, high-quality concrete synthetic fibers disperse uniformly throughout the matrix. By forming a multi-directional structural support network, these synthetic fibers reduce permeability, prevent crack propagation, and substantially extend the operational lifespan of industrial floors, shotcrete tunnel linings, pavement slabs, and precast concrete elements.
Micro synthetic fibers, manufactured primarily from virgin polypropylene monofilament or fibrillated polymers, are micro-reinforcement additives specifically designed to tackle plastic shrinkage cracking and early-age settlement distress in concrete and mortar matrixes.
Key Features: Ultra-high dispersion efficiency, thin fiber diameter, rapid three-dimensional matrix integration, and superior resistance to alkaline environments.
Primary Function: Eliminates early-stage micro-cracks before concrete matrix hardening, reduces surface bleeding, improves cohesion, and boosts impact resistance.
Recommended Applications: Commercial floor toppings, plastering mortar, precast elements, architectural panels, bridge decks, and water-retaining structures.
Macro synthetic fibers are heavy-duty structural reinforcement fibers engineered as direct, corrosion-free replacements for traditional welded wire mesh and steel rebar. Exhibiting high tensile strength, embossed mechanical anchorage, and high modulus of elasticity, macro synthetic fibers deliver reliable structural load distribution and post-crack flexural toughness.
Key Features: High tensile strength, rough embossed or twisted surface profile for maximum pull-out resistance, 100% alkali resistance, zero corrosion risk, and significant reduction in labor installation overhead.
Primary Function: Provides structural ductility, increases flexural toughness, enhances fatigue endurance, and controls post-initial crack widths under heavy dynamic and static loads.
Recommended Applications: Industrial concrete slabs, shotcrete tunnel linings, slope stabilization, mining support systems, heavy-duty logistics pavements, and precast concrete structures.
