Pioneers In Fiber Reinforced Concrete
Egyptian European Steel Fiber (EESF) manufactures and supplies a comprehensive range of steel fibers and synthetic fibers engineered for use in structural and industrial concrete applications, with a primary focus on industrial concrete flooring systems.
Fiber Products
Our fibers are not offered as standalone materials.
They are developed, selected, and applied as engineered reinforcement components within performance-based concrete systems.
Fiber Reinforcement Philosophy
Fiber reinforcement is a structural design choice, not a material substitution.
At EESF, fiber selection is driven by:
Structural performance requirements
Load and serviceability criteria
Crack control objectives
Execution methodology
Long-term durability expectations
This ensures that every fiber product contributes directly to measurable concrete performance.
Egyptian European Steel Fiber (EESF) provides a comprehensive range of high-performance concrete reinforcement solutions, including steel fibers and synthetic fibers. These products are engineered to enhance concrete durability, crack control, and load-bearing performance, making them ideal for industrial floors and demanding construction applications.
Steel Fiber Reinforcement Overview
EESF steel fibers are manufactured to deliver high tensile strength, effective crack control, and structural contribution in fiber-reinforced concrete.
Steel fibers are commonly used to:
Enhance post-cracking behavior
Improve load distribution
Reduce or replace conventional steel mesh
Increase impact and fatigue resistance
Xorex Steel Fiber
Designed to improve mechanical bonding within the concrete matrix and provide uniform crack control.
Typical Applications:
Industrial floors
Pavements
Precast elements
AFT Rownd Wavy Steel Fiber
Optimized for balanced performance between workability and reinforcement efficiency.
Typical Applications:
Industrial slabs
General structural concrete
- Shotcrete
End Hooked Steel Fiber
Engineered for maximum anchorage and pull-out resistance, making them suitable for structural slabs and industrial floors subjected to high loads.
Typical Applications:
Warehouse floors
Heavy-duty industrial slabs
Jointless floor systems
Steel Fiber Performance Characteristics
High tensile strength
Controlled geometry and aspect ratio
Reliable post-cracking performance
Compatibility with industrial concrete mix designs
Compliance with international standards (ASTM / EN)
Synthetic Fiber Reinforcement Overview
EESF synthetic fibers are designed to improve concrete durability, crack control, and performance during early and service life stages.
Synthetic fibers are typically used to:
Control plastic shrinkage cracking
Improve toughness and impact resistance
Enhance concrete durability
Complement steel fiber reinforcement
PolyMacro Synthetic Fibers
Engineered to provide structural and post-cracking performance, often used as an alternative or supplement to steel reinforcement in selected applications.
Typical Applications:
Industrial floors
Slabs on grade
Pavements
Micro Polypropylene Fibers
Micro PP fibers are designed primarily for plastic shrinkage crack control and early-age performance enhancement.
Typical Applications:
Industrial slabs
Overlays
Precast elements
Glass Fiber
Used to enhance surface quality, reduce cracking, and improve dimensional stability.
Typical Applications:
Architectural panels
Precast concrete elements
GFRC components
Quality, Standards & Compliance
All EESF fiber products are:
- Manufactured under controlled production processes
- Subjected to quality inspections and testing
- Designed to comply with ASTM and EN standards
- Supported by technical documentation and test reports