PNE® SS-9054
Corrugated Steel Fibers
Corrugated Steel Fibre for Concrete
Since 2002, we have specialized in concrete crack resistance, waterproofing, and anti-corrosion technologies.
Corrugated Steel Fiber Reinforcement for Concrete | PIONEER®
High-Tensile Wave-Shaped Steel Fibers for Crack Control, Flexural Toughness & Long-Term Durability
What Are PIONEER® Corrugated Steel Fibers?
PNE® SS-9054 Corrugated Steel Fibers are precision-engineered wave-shaped steel fibers designed for high-performance concrete, including SFRC (Steel Fiber Reinforced Concrete) and UHPC (Ultra-High-Performance Concrete).
Unlike straight or crimped fibers, corrugated steel fibers feature alternating wave deformation, providing:
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Strong mechanical anchorage
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Excellent pull-out resistance under heavy loads
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Superior crack bridging capability
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Improved bonding within the cement matrix
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Enhanced toughness, ductility, and energy absorption
This geometry makes corrugated steel fibers a powerful, cost-effective replacement for welded wire mesh and rebar in industrial flooring, precast products, pavements, tunneling, mining, and UHPC applications.
Technical Specifications of Corrugated Steel Fibers
Explore the robust technical properties that ensure consistent performance in fibre reinforced concrete and shotcrete applications:
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Material: High-tensile steel
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Type: Corrugated (wave-shaped) steel fibre
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Specific Gravity: 7.8 g/cm³
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Length: 30 mm, 50 mm (custom sizes available)
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Diameter: 0.9 mm
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Aspect Ratio: 40–60
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Tensile Strength: 650–1000 MPa
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Modulus of Elasticity: 200 GPa
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Color: Metallic gray
Applicable standards and test methods
PIONEER® steel fibers are developed with reference to internationally recognized standards for steel fiber products and fiber-reinforced concrete. Applicable standards and documentation depend on the product grade, intended application, project requirements, and destination market.
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ASTM A820/A820M — Standard Specification for Steel Fibers for Fiber-Reinforced Concrete
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ASTM C1116/C1116M — Standard Specification for Fiber-Reinforced Concrete
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EN 14889-1:2006 — Fibres for Concrete — Part 1: Steel Fibres — Definitions, Specifications and Conformity
These standards provide technical references for steel fiber selection and use in precast concrete, industrial floors, shotcrete, and other fiber-reinforced concrete applications. Product suitability should be confirmed according to the project design, required performance, and applicable local regulations.
Key Benefits of Corrugated Steel Fibers
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Superior Mechanical Anchorage
Wave-shaped geometry increases bonding and pull-out resistance dramatically.
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Enhanced Flexural Strength & Toughness
Ideal for industrial floors, heavy pavements, precast concrete, and UHPC systems.
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Effective Crack Control
Reduces plastic and drying shrinkage cracking in early-stage concrete.
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Replacement for Mesh & Rebar
Improves construction efficiency while reducing material and labor costs.
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Improved Impact, Abrasion & Fatigue Resistance
Performs exceptionally well in heavy-load and dynamic environments.
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Reliable Load Transfer & Long-Term Durability
Ensures consistent performance in high-stress applications.
Lowering labor and material costs
Steel fiber reinforcement
Applications of Corrugated Steel Fiber Reinforcement
PIONEER® corrugated steel fibers are ideal for:
Industrial & Structural Concrete
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Industrial floors, warehouse slabs
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Pavements, port slabs, airport aprons
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Composite metal decks, overlays
Precast & UHPC Products
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Precast panels, thin-wall elements
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UHPC facades and architectural components
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Tunnel segments, pipes, beams
Shotcrete
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Tunnel linings
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Slope stabilization
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Mining shotcrete and dry-mix applications
Hong Kong-Zhuhai-Macao Bridge
Da Nang Pier, Vietnam
Hangzhou Olympic Center
Usage Guidelines for Optimal Performance
Ensure the best results with PIONEER® corrugated steel fibres in fibre reinforced concrete and shotcrete:
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Dosage: 15–45 kg/m³, adjusted based on design requirements.
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Mixing: Add after aggregates, before water; mix for 3–5 minutes for even fibre dispersion.
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Placement: Compatible with standard pumping, casting, vibrating, and screeding methods.
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Finishing: Conventional tools can be used; minor fibre visibility may occur without affecting performance.
Custom Steel Fibre Solutions for Concrete Reinforcement
We offer customizable reinforcement solutions for SFRC & UHPC:
Lengths: Standard and custom lengths available to suit project needs.
Packaging:
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Water-soluble paper bags (5 kg, 10 kg) for direct addition into the mixer.
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Cardboard cartons for organized on-site handling.
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Bulk packaging options available based on project logistics.
Contact Our Sales & Technical Team
For product inquiries, quotations, technical support, or distribution opportunities,
contact our team directly.
Sales & Business: Sales@pioneerfibre.com
Technical Support: Support@pioneerfibre.com
Sales Manager: +1 (406) 717-9829
Technical Director: +1 (929) 569-9992
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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
Product-Specific Documentation
Request current technical data sheets, available test reports and applicable conformity documents for the selected steel fiber.
Application-Based Selection
Select steel fibers according to the concrete application, production process and specified performance requirements.
Steel Fiber Options
Compare available fiber geometries, dimensions and supply formats for industrial floors, precast concrete, shotcrete and other selected applications.
Technical Support
Get support with product selection, dosage evaluation and mixing procedures. Reinforcement design requires project-specific engineering review and supporting performance data.
26,500m² production base
Advanced fiber dispersibility
Exceptional tensile strength
FAQ
PNE® SS-9054 is a corrugated steel fiber for fiber-reinforced concrete. It uses an alternating wave-shaped profile that distinguishes it from crimped, hooked-end and straight steel fiber geometries.
The corrugated profile creates repeated mechanical-interaction points between the steel fiber and the surrounding concrete matrix. Fibers crossing a crack plane can participate in crack bridging and post-crack load transfer.
Final dosage should follow the current PNE® SS-9054 TDS and should be selected according to the concrete application, required performance, applicable test method and project design.
It may be considered in selected applications where project design, performance testing and applicable approvals support reduction or substitution of conventional reinforcement. It is not a universal replacement for mesh or rebar.
It can be evaluated for selected pumped-concrete and shotcrete applications. Suitability should be confirmed according to fiber dimensions, dosage, concrete mix, batching sequence, pumping or placement requirements and the performance required by the project.