Wire Rod Coils
Our Wire Rod Coils are manufactured through a Stelmor controlled cooling process, ensuring superior quality and performance. Available in various diameters and grades, these wire rods serve multiple construction applications. Whether it’s wire drawing, construction, structural purposes, or specialized needs like cold-heading, tyre-bead, cable armouring, electrodes, or pre-stressed concrete wire, we have the right grade to meet your requirements. Our wire rods boast uniform grain size, desired metallurgical and mechanical properties, excellent surface finish, and rigid dimensional tolerance. With proper coil shape and reliable coil packing, our wire rods guarantee ease of handling and usage. Rest assured, all our products in this category comply with Indian Standards, assuring you of their high standards and suitability for your construction projects.
1. Construction: Wire rod coils are widely used in construction for various applications, including foundations, columns, beams, and structural elements in residential, commercial, and industrial buildings.
2. Concrete Structures: They are ideally suited for any type of concrete structure, providing strength, flexibility, and durability.
3. Bridges and Overpasses: Wire rod coils are used in the construction of bridges, overpasses, and other transportation infrastructure, ensuring safety and stability.
4. Industrial Facilities: These coils find application in the construction of industrial facilities, factories, and warehouses, where robust materials are essential.
5. Seismic Zones: Wire rod coils are particularly suitable for projects in seismic zones where structural stability and flexibility are crucial.
6. High-Temperature Environments: Their resistance to loss of strength at higher temperatures makes them suitable for applications exposed to heat or fire.
7. Cost-Effective Construction: Fe-500 grade wire rod coils contribute to cost savings in construction due to reduced steel consumption.
8. Corrosive Environments: They are used in structures located in corrosive environments, such as coastal areas, where corrosion resistance is necessary.
1. High Yield Strength: Wire rod coils offer a high yield strength, ensuring they provide excellent structural support in construction projects.
2. Extreme Tensile Strength: These coils exhibit extreme tensile strength, making them ideal for applications that require robust and resilient materials.
3. High Percentage Elongation: Wire rod coils have a high percentage of elongation compared to cold twisted bars of the same grade. This property enhances their flexibility and adaptability in construction.
4. Easily Bendable: These coils are easily bendable, allowing for flexibility in design and ease of installation.
5. Easily Re-bendable: The coils can be re-bent as needed, which is advantageous for on-site adjustments and modifications during construction.
6. Superior Reverse Bending Properties: Wire rod coils exhibit superior reverse bending properties, making them suitable for complex structural designs.
7. Easy Weldability: They are easy to weld, facilitating connections and joints in construction applications.
8. Excellent Ductility: Wire rod coils offer excellent ductility, contributing to the economical and safe use of the material in various concrete structures.
9. Resistance to Loss of Strength at Higher Temperatures: These coils have an in-built ability to resist loss of strength at higher temperatures, enhancing their suitability for projects where heat resistance is important.
10. Butt-Weldable and Lap-Weldable: Wire rod coils can be butt-welded and lap-welded, providing flexibility in joining and connecting structural elements.
11. Steel Consumption Savings: Fe-500 grade wire rod coils can save more than 15% of steel consumption compared to cold twisted bars, offering cost-efficiency.
12. High Corrosion Resistance: Wire rod coils exhibit high corrosion resistance, ensuring the durability and longevity of structures in adverse environmental conditions.
13. Seismic Resistance: They provide seismic resistance, making them suitable for construction in earthquake-prone regions.