Tying Reinforcement.
Redefined.
Highest level precision. Unyielding steel grids. Engineered for high-speed, flawless rebar execution. Discover the ultimate power in structural reinforcement
Site Applications
Slab Foundations
Accelerate deck reinforcement by 300% compared to manual manual tying techniques.
Urban Landscape
Core Walls & Columns
Dense Reinforcement
Navigate intricate multi-layered cages where manual access is restricted and slow.
Superior Engineering
Measured against industry standards for structural integrity and operator health.
Strategic Project Advantage
Cordless Mobility
Our high-capacity 40V platform delivers up to 5,000 ties per charge, providing site-wide freedom without the hazards of trailing cables or generator dependency.
Advanced Ergonomics
Center-balanced design and extension handle compatibility eliminates back strain, reducing repetitive injury risks by up to 90% compared to manual methods.
Predictable Scheduling
One ULTRA PROJECTS operator matches the output of 5 manual workers, allowing project managers to forecast reinforcement timelines with mathematical precision.
Digital Uniformity
Consistent tie tension across every joint simplifies inspections and ensures structural compliance without the variability of human fatigue.
Engineered for Tough Environments. Built to Last.
Concrete sites are brutal. Our machines are designed with sealed gearboxes and reinforced polymer housings to withstand the elements of B2B heavy construction operations in the Chennai corridor.
Contact via WhatsApp100 Bar Rating
Exclusive high-pressure wash-down capability for protecting critical internal gears from concrete slurry buildup and abrasive dust.
- check_circle Full IP56 Fluid Protection
- check_circle Tool-less Drive Access
- check_circle Self-Lubricating Channels
Project Estimator & Rental
Configure Your Deployment
*Calculation based on 5s/tie manual vs 1.5s/tie UltraProjects performance benchmarks.
verified Consistent tying strength and precision is maintained even at the last knot, ensuring structural integrity without fatigue.
Conforms to Specifications
Sample meets all IS: 280-2006 and IS: 4826-79 Class 95 requirements.
experiment Chemical Analysis (%)
| Elements | Results | Requirement |
|---|---|---|
| Carbon (C) | 0.197% | 0.18 to 0.23 |
| Manganese (Mn) | 0.623% | 0.60 to 0.90 |
| Sulphur (S) | 0.009% | 0.050 max. |
| Phosphorus (P) | 0.013% | 0.050 max. |
Tensile Strength
449 MPa
Mass of Zinc Coating
105 g/m²
arrow_upward Exceeds min. 95 g/m²
Verified Laboratory Authenticity
Certified Laboratory Analysis
ISO/IEC Accredited Facility
Sample Specs
Testing Method
IS: 1608 (Pt-1)-2022
IS: 6745-72-R-21