B550B Steel Rebar

B550B steel rebar is a high-strength reinforcement bar designed for use in concrete structures requiring superior durability and performance. With a minimum yield strength of 550 MPa (79,800 psi), B550B rebar offers enhanced tensile strength, making it ideal for heavy-duty applications in large-scale infrastructure projects. The ribbed surface of B550B ensures a strong mechanical bond with concrete, providing optimal load-bearing capacity and reducing the risk of slippage. Its corrosion-resistant properties also make it suitable for use in harsh environments, such as coastal regions, chemical plants, and areas exposed to extreme weather conditions. B550B rebar is used extensively in seismic zones and critical infrastructure due to its strength and reliability.

B550B Steel Rebar

FOB価格 : 交渉中

簡単な詳細

MOQ:≧1トン原点: 山東省,中国

保証: 5 納期年数: 0-15 日

支払方法

すべて受け入れられます

カスタマイズ

利用可能

配送

海上または陸上の貨物

Unique Features of B550B Steel Rebar

B550B steel rebar stands out for its high yield strength of 550 MPa (79,800 psi) and its tensile strength of up to 650 MPa (94,300 psi), providing a robust foundation for reinforced concrete. The rebar’s ribbed surface creates a strong bond with the surrounding concrete, improving the overall stability and performance of the structure. さらに, B550B rebar’s corrosion resistance ensures that it can withstand harsh environmental conditions, such as moisture and chemicals. Its flexibility and high strength make it suitable for use in complex, custom designs without compromising its mechanical properties.

Technical Specifications for B550B Steel Rebar

財産	価値
Grade	B550B
降伏強さ	≥ 550 MPa (79,800 psi)
抗張力	≥ 650 MPa (94,300 psi)
伸長	≥ 12%
化学組成	炭素 (C): 0.30-0.40%, マンガン (ん): 0.50-1.50%, リン (P): ≤ 0.035%, 硫黄 (S): ≤ 0.035%, シリコン (Si): ≤ 0.30%
Surface	Ribbed
標準	で 10080, BS 4449 (Europe), として 4671 (Australia)
許容範囲	Diameter tolerance: ±0.5mm, Length tolerance: ±20mm
長さ	Typically 6m, 9メートル, 12メートル, or customized

Applications of B550B Steel Rebar

Infrastructure Construction: B550B rebar is widely used in the construction of bridges, tunnels, and highways, where high strength and durability are necessary to withstand heavy loads and harsh conditions.
High-Rise Buildings: The superior tensile strength of B550B rebar makes it an excellent choice for reinforcing the structural integrity of skyscrapers and multi-story buildings.
Seismic Zones: Due to its flexibility and strength, B550B rebar is often used in seismic construction to ensure that structures remain stable during earthquakes and other dynamic events.

梱包と発送

源池にて, we ensure that B550B steel rebar is securely packaged and ready for efficient transportation. Our rebar is bundled and shrink-wrapped to prevent any damage during shipping. We offer flexible shipping solutions, 海の貨物を含む, to meet project deadlines. Custom packaging and labeling options are available for large orders or specific project requirements. Each shipment is accompanied by quality certificates and necessary documentation for smooth customs clearance.

Frequently Asked Questions (よくある質問) for B550B Steel Rebar

What is the yield strength of B550B steel rebar?
- B550B rebar has a minimum yield strength of 550 MPa (79,800 psi), making it ideal for high-performance applications.
Can B550B steel rebar be used in seismic construction?
- はい, B550B rebar is suitable for seismic applications due to its high strength, flexibility, and ability to withstand dynamic forces during an earthquake.
What is the tensile strength of B550B steel rebar?
- B550B rebar has a tensile strength of at least 650 MPa (94,300 psi), providing a high load-bearing capacity for reinforced concrete.
What standards does B550B steel rebar comply with?
- B550B rebar meets international standards such as EN 10080 (Europe), BS 4449 (United Kingdom), and AS 4671 (Australia).
What is the typical length of B550B steel rebar?
- B550B rebar is typically available in 6m, 9メートル, and 12m lengths, but custom lengths can be provided upon request.
Can B550B steel rebar be bent for custom designs?
- はい, B550B rebar can be bent for use in complex designs without compromising its mechanical performance or structural integrity.