Steel Fibers in High-Rise Buildings
High-Rise Buildings
Reinforcing the Future of Vertical Living.
High-rise buildings demand concrete solutions that offer exceptional performance under complex structural loads, temperature differentials, and time-critical construction schedules. Steel Fiber Reinforced Concrete (SFRC) is increasingly used in shear walls, raft foundations, elevator shafts, coupling beams, and transfer slabs to enhance seismic resilience, crack resistance, and construction speed.
At Stewols Bansal, our SHAKTIMAN® Steel Fibers are tailored to meet the demands of tall structures blending strength, ductility, and durability while supporting tight reinforcement zones and aggressive timelines.
Key Benefits
Enhanced Seismic Resistance
Improves energy dissipation in shear-critical zones.
Reduced Reinforcement Congestion
Replaces partial or full rebar in coupling beams and slabs.
Improved Crack Control
Especially effective in raft foundations and wall-footing connections
Faster Construction Cycles
Cuts down rebar placement and speeds up shuttering.
Improved Load Redistribution
Enhances structural ductility during dynamic loading.
Shear walls and coupling beams.
Elevator core walls and stair shafts
Raft and mat foundations.
Flat slabs and transfer girders
Beam-column joints.
Basement and podium slabs
Typical Applications
Why SFRC for High-Rise Construction?
Worksite Efficiency
Reduces labor and steel cutting/bending needs.
Space Saving
Allows thinner elements without compromising strength.
Improved Safety Margins
Controls micro-cracking and post-crack behavior
Lightweight Reinforcement
Especially useful in high-altitude pours and congested areas
Quality & Compliance
Our fibers conform to global quality standards and are manufactured under ISO 9001:2015 protocols. Testing includes:
Flexural Toughness (ASTM C1609)
Shear Strength & Crack Mouth Opening Displacement (CMOD)
IS 456/IS 13920 Compliant Mix Design
Shrinkage and Thermal Crack Evaluation
Recommended Fiber Types
Brass-Coated Micro Fibers
Hooked-End Steel Fibers
Galvanized Fibers (for basements and wet zones)
Suggested Dosage
20–40 kg/m³, depending on slab thickness, beam design, and desired ductility enhancement