Engineering Estimation Tool

SFRC Dosage & Rebar Savings Calculator

Accurately calculate recommended fiber dosage, concrete volume, packaging quantity, and traditional rebar mesh weight replaced for industrial slabs, shotcreting, and pavements.

Input Project Dimensions

Customize project specifications to generate instant fiber quantity requirements.

Why Replace Welded Wire Mesh?

Traditional wire mesh frequently suffers from misplaced support chairs, resulting in zero crack reinforcement at the top surface. Steel fiber provides 3-dimensional multi-directional crack arrest everywhere.

Estimated Fiber Requirement
3,750 kg
(3.75 Metric Tons)
Recommended Fiber Grade 50mm Loose Hook End
Design Dosage Rate 25 kg/m³
Concrete Volume 150.00 m³
Packaging Units 188 Bags (20kg)
Traditional Rebar Saved 7.80 Tons Mesh
Site Execution Saved 4 Working Days

Designed for intensive forklift traffic, high racking leg point loads, and heavy pallet dynamics.

Engineering Principles Behind SFRC Mix Design

Steel Fiber Reinforced Concrete (SFRC) design is governed by international standards including TR34 (Concrete Society UK), ACI 544 (American Concrete Institute), and EN 14889-1. When concrete shrinks or flexes under load, tensile micro-cracks form. High-tensile hooked end steel fibers span across these micro-cracks, engaging their hooked mechanical anchors to resist crack enlargement.

For critical projects requiring stamped structural drawings, Earth Fibrex Infra provides comprehensive engineering design reports including ultimate limit state (ULS) and serviceability limit state (SLS) calculations based on your specific sub-base modulus (k-value), concrete grade (e.g. M25, M30, M35), and axle load spectra.

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Ready to Reinforce Your Next Project?

Speak directly with our technical concrete specialists in Sonipat. Get free mix dosage calculations, product samples, and direct manufacturer pricing within hours.

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