Learn about the comprehensive fiber portfolio we supply for concrete/asphalt, how pricing and MOQ work, how we guide you from mix design to delivery, and the kind of technical support you can expect.
Explore our full portfolio of concrete/asphalt reinforcement fibers: polypropylene (monofilament, mesh, twisted bundle), PVA, PAN, polyester, cellulose/wood, glass (AR & E-glass), basalt, carbon, aramid, UHMWPE, and multiple steel fiber formats (hooked, glued, milled, cut, micro copper-coated). Applications span slabs, pavements, tunnels, precast, UHPC and more.
Flexible pricing based on fiber type, length/diameter, dosage, and packaging. Standard lead time is 5–7 days for regular orders. MOQ is 1 ton. We also provide free samples within 1 kg for lab or trial pours. Global delivery by air, sea, or express.
From requirement discovery to mix-design suggestions and production, we help ensure fibers are dispersed correctly: recommended addition sequence and mixing times are provided per fiber, and we can adapt packaging to your line.
Expect responsive technical guidance on fiber selection, dosage, and troubleshooting pump/finish issues in FRC—plus documentation and after-sales care via email/account reps.
We supply a complete range of concrete/asphalt reinforcement fibers—including PP (mono/mesh/twisted), PVA, PAN, polyester, cellulose, AR/E-glass, basalt, carbon, aramid, UHMWPE, and steel fibers (hooked, glued, milled, cut). Typical use cases include industrial floors, pavements, tunnels, precast parts, UHPC, and water-retaining structures.
Match fiber to the performance target (crack control, toughness, impact, durability) and follow typical dosage bands: e.g., PP mono/mesh ~1–2 kg/m³; PP twisted bundle 3–6 kg/m³ for higher crack control; UHMWPE 1–2 kg/m³; glass/AR 1.5–15 kg/m³ depending on duty. We’ll confirm by mix design.
Small inner plastic bags (commonly 0.6–3 kg) inside woven bags or cartons (10–25 kg); palletized loads available; custom compression/soluble bags and private labels upon request.
Yes—when used at the recommended rate, micro/macro synthetics reduce plastic shrinkage and improve crack control; steel and macro synthetics can also replace certain temperature/shrinkage reinforcement in suitable designs.
Use a proper mix design and follow the addition sequence: add aggregates, then fibers, then cement and water; adjust water to achieve full dispersion.
Yes—with a correct mix and sensible finishing (avoid over-troweling), surfaces comparable to plain concrete are achievable.
Micro synthetics are usually dosed low for plastic-shrinkage control; steel and macro synthetics are used at higher volumes for temperature/shrinkage and limited structural duties.
They increase crack resistance, abrasion resistance and toughness; twisted bundles provide higher post-crack toughness at elevated dosages.
AR glass suits GRC and high-alkali cement systems; basalt upgrades asphalt stability and concrete toughness/impermeability.
UHMWPE delivers extreme strength-to-weight, wear and impact resistance; aramid offers high modulus, heat and chemical resistance for demanding environments.
Meet base materials specs, control W/C, respect slab thickness and jointing rules, and use the prescribed addition/compaction steps for clean surfaces without fiber “hair.”
Standard packaging labels and export documents are included; customized private labels and special packs are available on request.
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