Why is FE500D preferred in construction?
The low levels of sulphur and phosphorus in grades Fe 500 and Fe 500D make them ideal for use in any building project. The steel becomes flammable when the sulphur content is high, and the steel bar wears out when too much phosphorus is used. The ductility of Fe 500D is high, meaning that it can be bent without breaking. In earthquake-prone regions, ductility is critical because it enables reinforcement to soak up and disperse seismic energy, decreasing the likelihood of a catastrophic collapse. Due to the outstanding weldability qualities of Fe 500D, it is much simpler to create and link the reinforcing bars while the building is being constructed. Because of this, the right bonding between the bars is ensured, which in turn increases the overall strength and integrity of the construction.
Manufacturing Process of Fe500D
The manufacturing procedure for Fe 500D involves a mix of chemical composition and a regulated cooling process, both of which contribute to the product's enhanced resistance to corrosion. This is of utmost significance in conditions in which the reinforcement is subjected to moisture, such as coastal regions. The Fe 500D strikes a healthy mix between affordability and overall performance. In comparison to certain steels of a higher grade, it offers lower costs while maintaining a high level of strength and durability in its products. Because of this, it is an excellent option for a diverse variety of building endeavors.
Ambe Steels, being the best steel manufacturing company in Nepal, are committed to providing our customers with the highest quality products and services in the industry. We are devoted to providing consistent quality, regularity in supply, and quantity in manufacturing. To get daily updates on steel prices of Nepal, please visit
