Premium Raw Material – The Foundation of Superior GI Binding Wire
At Omnia Steels Pvt. Ltd., we believe that the quality of a Hot Dip GI Binding Wire begins with the quality of its raw material.
Unlike many manufacturers who use secondary-grade wire rods, we manufacture our Galvanized Binding Wire using premium-quality SAIL (Steel Authority of India Limited) and RINL (Rashtriya Ispat Nigam Limited - Vizag Steel) wire rods, depending on customer specifications and availability.
Using branded steel wire rods ensures:
- Superior tensile strength
- Uniform wire diameter
- Better elongation
- Consistent zinc coating adhesion
- Excellent flexibility during tying
- Reduced wire breakage
- Longer service life
The combination of premium wire rods and our advanced Hot Dip Galvanizing Process results in a high-quality GI Binding Wire trusted by leading infrastructure and construction companies across India.
Why We Use SAIL & RINL Wire Rods
Premium wire rod is the backbone of durable galvanized wire.
Our manufacturing process utilizes wire rods sourced from reputed integrated steel manufacturers such as:
- SAIL Wire Rod
- RINL (Vizag Steel) Wire Rod
- JSW Steel Wire Rod (as per customer requirement)
- Tata Steel Wire Rod (on specific orders)
These wire rods provide:
- **Better Surface Finish**
- **Uniform Mechanical Properties**
- **Excellent Drawability**
- **Higher Wire Consistency**
- **Better Galvanizing Quality**
- **Improved Corrosion Resistance**
- **Lower Wire Breakage**
High Purity Zinc for Long-Term Corrosion Protection
The quality of zinc is equally important as the steel itself.
At Omnia Steels Pvt. Ltd., we use 99.9% Pure Hindustan Zinc Limited (HZL) Zinc, one of India's most trusted zinc manufacturers.
Benefits include:
- Uniform Zinc Coating
- Better Adhesion
- Superior Corrosion Resistance
- Longer Outdoor Life
- Excellent Surface Finish
- Consistent GSM
Why Engineers Prefer Omnia Steels GI Binding Wire
Our Hot Dip Galvanized Binding Wire is preferred because of:
- SAIL / RINL Premium Wire Rod
- 99.9% Pure HZL Zinc
- Heavy Zinc Coating (40–120 GSM)
- Uniform Diameter
- Excellent Flexibility
- Superior Twistability
- Low Wire Breakage
- High Corrosion Resistance
- BIS Certified Manufacturing
- IS 280 / IS 4826 / IS 7887 Compliance
- Complete Batch Traceability
- Mill Test Certificate (MTC)
- Fast Delivery Across India
Applications of Our Hot Dip GI Binding Wire
Our GI Binding Wire is widely used in:
- TMT Bar Binding
- Reinforcement Steel Tying
- Construction Sites
- Metro Rail Projects
- High-Speed Rail Projects
- Bridges
- Flyovers
- Power Plants
- Solar Projects
- Transmission Towers
- Precast Industries
- Cement Plants
- Industrial Construction
- Infrastructure Projects
- EPC Projects
- Government Projects
- Commercial Buildings
- Residential Buildings
Industries We Serve
Omnia Steels supplies Hot Dip GI Binding Wire to:
- Construction Companies
- Infrastructure Developers
- EPC Contractors
- Ready Mix Concrete Plants
- Steel Fabricators
- Railways
- Metro Projects
- Solar Industry
- Transmission Line Contractors
- Power Utilities
- Industrial Manufacturers
- Warehousing Projects
- Government Departments
Why Contractors Choose Omnia Steels
Contractors prefer Omnia Steels because our wire offers:
- Easy Binding
- Less Wastage
- Better Coil Length
- Excellent Annealing
- Smooth Surface
- High Flexibility
- Strong Knot Holding
- Consistent Weight
- Rust Resistant Finish
- Long Shelf Life
Comprehensive Binding Wire Comparison
To ensure you make an informed decision for your construction projects, here is a detailed comparison between Bright Binding Wire, Electroplated GI Binding Wire, and our Hot Dip GI Binding Wire.
| Parameter | Bright Binding Wire | Electroplated GI Binding Wire | Hot Dip GI Binding Wire |
|---|---|---|---|
| Process Type | Annealed (Cold Drawing process) | Electroplating (Cold Dip) | Hot Dip Galvanization |
| Zinc Coating (GSM) | 5 to 30gsm of Zinc + Aluminium | 20–30gsm of pure zinc | 40–120gsm of Pure Zinc |
| Condition | Partially Annealed | Annealed | Annealed |
| Corrosion Resistance | Very Low - rusts very easily even during storage | Moderate, rusts partially when comes in contact with moisture | High - Doesn't rust unless immersed in water for long periods of time |
| Quality Level | Low | Medium | High |
| Manufacturing Process | Bright binding wire is produced using a cold process. | Electroplated binding wire is also produced using a cold process. | Hot-dip galvanized binding wire is produced using a hot process. |
| Coating Composition | In the bright process, aluminium is used in higher proportion with zinc which provides shiny properties but does not offer lasting rust-preventing properties. | In the electroplated process, sometimes zinc + aluminium is used, and the coating is limited to a thin layer in terms of mass. | In the hot-dip process, pure zinc is used where Zinc is melted @ 430 degrees Celsius and wire is heated to 740 degrees celsius which helps in effective galvanisation process |
| Usage Suitability | Bright wire is of lower quality and is used only for basic applications where corrosion resistance and strict performance standards are not required. | Electroplated wire is of a relatively lower standard and is recommended only for limited applications where strict testing requirements are not necessary. | Mostly, high-speed rail and large infrastructure projects are recommended to use only hot-dip galvanized wire. |
| Bundle Tagging & Traceability System | No bundle number and no tagging | No bundle number and no tagging | Every bundle has a uniquely tagged bundle number correlated with a test certificate and batch no. |
| Standards Followed | Not followed | Not followed | Always strictly followed IS 280 / IS 4826 / IS 7887 |
| Price | FOR price for mumbai @63/- per kg | FOR price for mumbai @70/- per kg | FOR price for mumbai @77.50/- per kg |
Major Technical Difference
| Parameter | Bright Binding Wire | Electroplated GI Binding Wire | Hot Dip GI Binding Wire |
|---|---|---|---|
| Material Composition | aluminium is used along with zinc | Sometimes aluminium is used along with zinc | Only 99.9% Pure HZL Zinc is used |
| Density of Element | Aluminium Density - 2.7g/cm3 | Zinc density - 7.14g/cm3 | Zinc density - 7.14g/cm3 |
| Material Consumption Efficiency | 263% less qty by weight is required in comparison with zinc | - | - |
| Element price | Aluminium Price - 220/- per kg | Zinc Price - 350/- per kg | Zinc Price - 350/- per kg |
| Cost Comparison (Relative to Aluminium) | - | - | 58% higher in cost when compared to Aluminium |
| QA/QC | No quality assurance or quality control | No quality assurance or quality control | In-house testing facilities where at least 5 bundles from each batch are tested. |
Recommended Testing procedure at site
- Thickness to be measured using a digital screw gauge for atleast 3 bundles. [Video link for procedure](https://youtube.com/shorts/HFAtQ6JWoTo?si=JEPMSkoIiBrwWxw5)
- Mass of zinc coating to be tested for every vehicle atleast 2 samples randomly. [Video link for procedure](https://youtu.be/nssP1tmgOA0?si=FvUhZdwHipFgtS0e)
- MTC to be cross verified and correlated with the material received using bundle numbers