| Availability: | |
|---|---|
| Quantity: | |
XRT-SWF
xinrui-te
Waved steel fiber is a high-performance concrete reinforcement material. It effectively improves concrete impact resistance, fatigue resistance, and impermeability. Featuring high tensile strength, excellent toughness, and strong cost-effectiveness, it is an ideal replacement for steel mesh fiber. Compared with other types of steel fiber, our wavy steel fiber is widely used in infrastructure projects, including slopes, bridges, tunnels, airport runways, ports and railway sleepers.
Waved Steel Fibers Technical Advantages
| Technical Advantage | Detailed Explanation |
|---|---|
A. Enhanced Bonding Performance | - Strengthens adhesion between steel fibers and concrete matrix - Enables use of higher-strength concrete formulations |
| B. Increased Aspect Ratio (lf/df) | - Optimizes fiber length-to-diameter ratio to enhance mechanical interlock - Improves load transfer efficiency between fibers and matrix |
| C. Wave Structure Design | - Corrugated shape increases frictional resistance and bite force between fibers and matrix - Enhances the steel fiber influence coefficient (mechanical anchoring effect) |
1.Waved Steel Fiber
It delivers the best overall performance with excellent impact resistance, fatigue
resistance and impermeability.
Application: Large-scale infrastructure projects including bridges, tunnels, airports,
ports, railway sleepers and slope protection.
2. Shear Steel Fiber
Features strong bonding force, outstanding wear resistance and impact resistance.
Application: Industrial floors, heavy-duty pavements, mining projects and port yards.
3. Hooked End Steel Fiber
Offers reliable anchoring performance, great crack resistance and bending resistance.
Application: Building floors, roof slabs, precast concrete components and water conservancy projects.
4. Straight Steel Fiber
Low cost and easy to mix with concrete.
Application: Common floors, simple slope protection, secondary anti-seepage structures and low-load projects.
5. Copper-coated Micro Steel Fiber
Fine diameter, good dispersion and superior rust resistance, ideal for high-strength concrete.
Application: RPC / UHPC ultra-high performance concrete, precast parts, decorative components and projects under highly corrosive
environments.
1. Q: How to choose fiber length and diameter?
A: Choose by element thickness, pumpability and mechanical needs—short (30–60 mm) for spraying/thin slabs; longer for higher
tensile/flexural demands.
2. Q: What concrete performances can be improved by adding corrugated steel fiber?
A: It can greatly improve concrete performance in impact resistance, fatigue resistance, crack resistance, impermeability, and wear
resistance, and extend the service life of concrete structures.
3. Q: How does it perform with admixtures?
A: Compatible with typical plasticizers and superplasticizers; superplasticizers improve workability. Conduct trial mixes to confirm.
4. Q: How to choose among wavy steel fiber, shear steel fiber and hooked end steel fiber?
A: Choose wavy steel fiber for bridges, tunnels, airports and railway sleepers; shear steel fiber for heavy-duty floors and mining
projects; hooked-end steel fiber for building floors and precast components.
5. Q: Can it replace rebar or wire mesh?
A: It can partially/fully replace mesh in many non-primary-load elements; main structural reinforcement must follow design codes.
6. Q: What are the main technical specs?
A: Key specs: length, diameter, tensile strength, surface profile (waved), single-fiber weight, and coating (e.g., galvanized). These
determine performance and dosage.
7. Q: Can your factory provide customized corrugated steel fiber in different specifications?
A: We provide customized products in different lengths, wire diameter, and tensile strength according to clients’ drawings and project
requirements.
Concrete is everywhere—bridges, houses, highways, dams. It’s the backbone of modern construction. But anyone working with concrete knows it doesn’t always cooperate. Once cement and water mix, the clock starts ticking. Trust Xinrui-Te Import & Export Co., Ltd. for high-quality retarders and expert support to ensure your projects are built stronger, safer, and more reliably.
Formulators, engineers, and procurement teams face mounting pressure in today's demanding industrial landscape. They must source chelating agents and chemical stabilizers balancing high technical performance against strict environmental regulations.
Optimize industrial foam control with precise dosing, root cause analysis, and engineering strategies to prevent downtime and maximize process ROI.
Foam in paint can ruin a smooth finish, causing imperfections and defects. How do manufacturers tackle this issue? Enter the defoaming agent, a crucial additive in paint formulation. In this post, you'll learn about defoamers' role in ensuring paint quality and the significance of foam control in industrial applications.
Chemical formulators and industrial engineers face mounting pressure today. They must replace harsh synthetic compounds immediately. Strict environmental, social, and governance (ESG) mandates demand high-performance, eco-friendly alternatives. Finding a benchmark biodegradable chelating agent solve