Zhongxi Metal offers a wide range of high-quality steel rebar, including carbon steel, galvanized, stainless steel, epoxy-coated, and GFRP options. Our steel rebar is ideal for reinforcing concrete structures, providing enhanced strength and durability. With international standards and a global sales network, Zhongxi Metal is your reliable partner for all your steel rebar needs. Contact us today for more information.

Carbon steel wire is an iron-based material with carbon as the main alloying element. It is divided into three categories according to the carbon content: low carbon (C≤0.25%), medium carbon (0.25%-0.60%) and high carbon (C≥0.60%). Low carbon steel wire has good plasticity and is mostly used for building binding; medium carbon steel wire has moderate strength and is suitable for manufacturing mechanical parts; high carbon steel wire has high hardness and is often used for springs, wire ropes, etc. Its advantages are low cost, easy processing and high strength. By adjusting the carbon content and heat treatment process, it can meet the diverse needs from civilian light load to industrial heavy load.

HRB400 and HRB400E are high-performance steel rebars extensively utilized in construction projects. HRB400 provides robust tensile strength and good ductility, ensuring structural integrity. HRB400E, an upgraded version, offers superior earthquake resistance, making it ideal for seismic-prone areas. Both rebars adhere to strict quality standards, enhancing the safety and durability of buildings and infrastructure.

ASTM A615 steel rebar is a deformed (ribbed) carbon steel bar compliant with ASTM International standards, widely used in reinforced concrete construction. Graded by yield strength (e.g., Grade 40/60/75/80/100 ksi), it contains 0.25% max carbon and 1.35% max manganese, ensuring weldability and bendability. The ribbed surface enhances concrete adhesion, improving structural integrity in buildings, bridges, and highways. Its high tensile strength (up to 80 ksi) and corrosion resistance make it ideal for seismic-resistant designs and harsh environments, meeting rigorous ASTM A615/A615M specifications for quality assurance.

We provide a wide array of steel rebars in various specifications, models, and sizes to cater to diverse construction needs. Whether it's for small-scale residential projects or large-scale infrastructure developments, our steel rebars, ranging from different diameters to specific grades, ensure optimal structural integrity and durability. Our comprehensive selection guarantees a perfect fit for every engineering requirement.

HRB335 steel rebar, compliant with China’s GB/T 1499.2 standard, is a versatile ribbed bar (≥335 MPa yield strength, ≥455 MPa tensile strength) trusted in general construction. With reliable weldability, bendability, and cost-efficiency, it excels in residential buildings, roads, and non-critical infrastructure. Its balanced carbon-manganese composition ensures consistent performance and ease of processing. Choose HRB335 for dependable, budget-friendly reinforcement—building solid foundations that stand the test of time, project after project.

HRB500 steel rebar, compliant with China’s GB/T 1499.2 standard, is a high-strength ribbed bar (≥500 MPa yield strength, ≥630 MPa tensile strength) designed for cost-efficient construction. With balanced carbon (≤0.25%) and micro-alloy content, it offers superior weldability, ductility, and fatigue resistance. Ideal for high-rise buildings, bridges, and heavy-load structures, HRB500 reduces material usage by 15–20% while ensuring safety. Choose HRB500 to build smarter, stronger, and greener—revolutionizing infrastructure with every reinforcement.

HRB500E steel rebar, compliant with China’s GB/T 1499.2 standard, is a high-strength ribbed bar (≥500 MPa yield strength, ≥630 MPa tensile strength) engineered for seismic resilience. With controlled carbon (≤0.25%) and micro-alloying elements, it ensures superior ductility, weldability, and fatigue resistance. Ideal for earthquake-resistant buildings, bridges, and railways, HRB500E optimizes safety while reducing steel consumption by 15–20%. Choose HRB500E to forge stronger, cost-efficient infrastructure—building a future where every structure stands unyielding.

B500B steel rebar, conforming to EN 10080 standards, is a high-strength ribbed bar (500 MPa yield strength) engineered for superior ductility and seismic resistance. Its low carbon content and optimized alloy composition ensure excellent weldability and fatigue resistance, making it ideal for critical infrastructure, bridges, and earthquake-prone zones. Choose B500B to elevate structural safety, durability, and sustainability—building a legacy of resilience for generations to come.

SD390 steel rebar, compliant with JIS G3112 standards, is a high-strength deformed bar (390-510 MPa yield strength, ≥560 MPa tensile strength) engineered for superior ductility and seismic resistance. Its bamboo-ribbed surface enhances concrete adhesion, while controlled carbon content (≤0.29%) ensures excellent weldability. Ideal for high-rise buildings, bridges, and infrastructure, SD390 optimizes structural safety and cost-efficiency—choose it to build resilient, future-proof constructions.

B500A steel rebar, compliant with EN 10080 standards, is a high-strength ribbed reinforcement bar (500 MPa yield strength) ideal for demanding construction. Its balanced ductility and weldability ensure reliable performance in seismic zones and heavy-duty infrastructure. Opt for B500A to enhance structural durability, reduce material usage, and accelerate project timelines—unlocking superior cost-efficiency for modern engineering marvels.

B500C steel rebar, compliant with EN 10080 standards, is a high-strength, weldable ribbed bar (500 MPa yield strength) engineered for superior ductility and seismic performance. Its optimized carbon-manganese composition ensures reliable welding and fatigue resistance, making it ideal for earthquake-resistant infrastructure, heavy-duty bridges, and nuclear projects. Choose B500C to elevate structural resilience, reduce lifecycle costs, and build safer, future-ready infrastructure.