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In December 2025, HXH Steel achieved a significant milestone by completing the mass production and shipment of a diverse portfolio of hot-rolled steel products to Pakistan. This consignment, featuring Hot Rolled Chequered Coils, Hot Rolled Strip Coils, and Standard Hot Rolled Coils, is specifically engineered to meet the rigorous demands of the region's construction and machinery manufacturing sectors.
Our Hot Rolled Chequered Coils are designed with a precision diamond-pattern surface, achieving a friction coefficient of 0.8. This high-traction specification makes them the definitive choice for industrial flooring, stair treads, and safety platforms, where slip resistance is a non-negotiable safety requirement.
For clients focused on fabrication efficiency, our Hot Rolled Strip Coils (Direct-Rolled) maintain their original rolling state to preserve material integrity. With a consistent yield strength of 235MPa, these materials provide the ideal balance of ductility and strength required for high-quality welded structural components, ensuring stability in complex engineering assemblies.
The Standard Hot Rolled Coils in this shipment have undergone advanced leveling treatment, achieving a flatness error of $\le 0.6mm/m$. This level of precision is critical for the manufacturing of universal machinery parts, reducing the need for secondary rectification and minimizing material waste during laser cutting or stamping processes.
Quality at HXH Steel is validated through rigorous testing of mechanical properties and surface integrity. Every coil is meticulously inspected to ensure the absence of scale pits, cracks, or surface defects. To streamline the client’s internal quality control, each coil is dispatched with a dedicated Material Test Certificate (MTC) and a dimensional parameter card.
By offering this multi-category supply capability, HXH Steel empowers our Pakistani partners to simplify their procurement process, reducing both lead times and total acquisition costs while maintaining the highest engineering standards.
