PNE® CS-4025
Crimped Steel Fibers
High-Tensile Steel Fiber for Concrete Reinforcement
Since 2002, we have specialized in concrete crack resistance, waterproofing, and anti-corrosion technologies.
Crimped Steel Fiber for Fiber-Reinforced Concrete | PIONEER®
Durable, Cost-Effective Steel Fiber Reinforcement Solution
What Are PIONEER® Crimped Steel Fibres?
PNE® CS-4025 crimped steel fibres are cold-drawn, high-strength fibers designed to reinforce concrete by reducing early-age shrinkage cracking, improving ductility, and enhancing post-crack load-carrying capacity.
The crimped (zigzag/wavy/deformed) geometry increases pull-out resistance and provides three-dimensional reinforcement, making the fibers suitable for:
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Industrial flooring & pavement slabs
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Precast elements & composite decks
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Shotcrete for tunnels & underground structures
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UHPC requiring high toughness
Compared with traditional welded wire mesh, crimped fibers help reduce labor cost, improve uniform dispersion, and enhance structural durability.
Technical Specifications of Crimped Steel Fibres
Our steel fibres are engineered to ensure optimal workability, dispersion, and reinforcement efficiency:
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Material: High-tensile steel
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Type: Crimped steel fibre for SFRC
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Specific Gravity: 7.8 g/cm³
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Diameter: 0.6 mm
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Length: 40 mm, 54 mm (custom lengths available)
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Aspect Ratio: Optimized for effective dispersion
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Tensile Strength: 1020 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 Using Crimped Steel Fibres in Concrete
Unlock key performance enhancements with PIONEER® crimped steel fibres:
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Effective Crack Control: Mitigates shrinkage cracking and enhances flexural strength.
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Strong Mechanical Anchorage: Crimped profile increases pull-out resistance in hardened concrete.
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Improved Load Transfer & Toughness: Higher fatigue, impact, and abrasion resistance vs. plain concrete.
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Cost-Effective Reinforcement: Reduces or replaces mesh, lowering installation cost.
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Long-Term Durability: Resistant to freeze–thaw, abrasion, and stress fatigue.
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Versatile Application: Suitable for floors, precast, shotcrete, UHPC, and industrial slabs.
Flexural strength | Fatigue | Durability
Load transfer | Crack control | Impact
Applications of Crimped Steel Fibres in Concrete
PIONEER® crimped fibers are widely used in:
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Industrial floors & warehouse slabs
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Road pavement & large concrete overlays
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Precast concrete panels, pipes, manholes
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Tunnel shotcrete, mining slopes, underground structures
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Composite steel fiber concrete decks
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UHPC components requiring high ductility
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Jointless slabs for heavy-duty environments
Hong Kong-Zhuhai-Macao Bridge
Da Nang Pier, Vietnam
Hangzhou Olympic Center
Usage Guidelines for Steel Fibre Reinforced Concrete
Follow these recommendations to maximize the performance of crimped steel fibres in your concrete:
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Dosage Recommendation: 15–45 kg/m³ depending on load demands, slab thickness, and crack control requirements.
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Mixing Instruction: Add fibers after aggregates, mix 3–5 minutes to ensure uniform dispersion and avoid balling.
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Placement: Fully compatible with pumping, casting, screeding, and vibrating.
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Finishing: Standard tools apply; minor fiber exposure does not affect structural 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® CS-4025 is a crimped steel fiber for fiber-reinforced concrete. Its mechanically deformed profile distinguishes it from hooked-end and corrugated steel fiber products.
The crimped profile creates multiple mechanical-interaction points between the steel fiber and the surrounding concrete matrix. When cracks develop, fibers crossing the crack plane can contribute to crack bridging and post-crack load transfer.
Final dosage should follow the current PNE® CS-4025 TDS and should be selected according to the concrete application, required performance, applicable test method and project design.
It can be evaluated in concrete mixes containing common admixtures, but compatibility should be confirmed for the specific mix design, fiber dosage, workability target and batching procedure.
It may be considered in selected applications where project design, performance testing and applicable approvals support substitution or reduction of conventional reinforcement. It is not a universal replacement.