Coiled rebar
Coiled rebar
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  • Coiled rebar
  • Coiled rebar
  • Product Description
  • Product Name
    Grade Mark
    Specification ∮ mm/Specification ∮mm
    Executive standard
    Steel for cold heading
    SWRCH6A-25A, SWRCH20K-50K
    5.5-16
    JIS G3507-1-2010
    Steel for cold heading
    ML08Al-ML20Al, ML18Mn, ML22Mn, ML20Cr, ML25-45, ML15Mn-35Mn, ML37Cr, ML40Cr, ML30CrMo-42CrMo, ML20B-35B, ML15MnB-ML35MNB, ML20MnTiB
    5.5-16
    GB/T 6478-2001
    High-carbon steel high rods
    SWRH27, SWRH32, SWRH42A-82A, SWRH42B-82B
    5.5-16
    JIS G3506-2004
    Welding rod steels
    H08A, H11MnSi, H10Mn2, H15A, H15Mn
    5.5-16
    GB/T 3429-2002
    Welding wire steels
    ER50-6, ER70S-6
    5.5-16
    GB/T 8110-1995
    Hot rolled wire rod for PC rod
    30Si2Mn, 40Si2MnCr, 30MnSi
    5.5-16
    YB/T4160-2007
    Low carbon drawing steel
    Q195
    5.5-16
    GB/T 701-2008
    SAE1006, SAE1008
    5.5-16
    SAE J403-2001
    High carbon wire rod
    45-70#
    5.5-16
    GB/T 4354-2008

    Coiled rebar is a type of steel widely used in construction and manufacturing. Its length typically ranges from several meters to tens of meters, depending on specific requirements and production standards. This steel is distinguished by its unique spiral shape, which helps save space during transportation and storage, making it easy to handle and work with. The length of coiled rebar is usually precisely measured and subject to rigorous quality control to ensure superior performance and reliability in service. Moreover, it features uniform material composition, high strength, and excellent corrosion resistance, enabling it to withstand a variety of harsh environmental conditions. Consequently, coiled rebar finds extensive application across diverse engineering fields, including bridges, buildings, and road construction. The market offers coiled rebar in various specifications and brands, and users should select products based on their particular needs.

Coiled rebar

This steel is distinguished by its unique helical shape, which helps save space during transportation and storage, making it easy to carry and handle.

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  • Product Description
  • Product Name
    Grade Mark
    Specification ∮ mm/Specification ∮mm
    Executive standard
    Steel for cold heading
    SWRCH6A-25A, SWRCH20K-50K
    5.5-16
    JIS G3507-1-2010
    Steel for cold heading
    ML08Al-ML20Al, ML18Mn, ML22Mn, ML20Cr, ML25-45, ML15Mn-35Mn, ML37Cr, ML40Cr, ML30CrMo-42CrMo, ML20B-35B, ML15MnB-ML35MNB, ML20MnTiB
    5.5-16
    GB/T 6478-2001
    High-carbon steel high rods
    SWRH27, SWRH32, SWRH42A-82A, SWRH42B-82B
    5.5-16
    JIS G3506-2004
    Welding rod steels
    H08A, H11MnSi, H10Mn2, H15A, H15Mn
    5.5-16
    GB/T 3429-2002
    Welding wire steels
    ER50-6, ER70S-6
    5.5-16
    GB/T 8110-1995
    Hot rolled wire rod for PC rod
    30Si2Mn, 40Si2MnCr, 30MnSi
    5.5-16
    YB/T4160-2007
    Low carbon drawing steel
    Q195
    5.5-16
    GB/T 701-2008
    SAE1006, SAE1008
    5.5-16
    SAE J403-2001
    High carbon wire rod
    45-70#
    5.5-16
    GB/T 4354-2008

    Coiled rebar is a type of steel widely used in construction and manufacturing. Its length typically ranges from several meters to tens of meters, depending on specific requirements and production standards. This steel is distinguished by its unique spiral shape, which helps save space during transportation and storage, making it easy to handle and work with. The length of coiled rebar is usually precisely measured and subject to rigorous quality control to ensure superior performance and reliability in service. Moreover, it features uniform material composition, high strength, and excellent corrosion resistance, enabling it to withstand a variety of harsh environmental conditions. Consequently, coiled rebar finds extensive application across diverse engineering fields, including bridges, buildings, and road construction. The market offers coiled rebar in various specifications and brands, and users should select products based on their particular needs.

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The primary function of the reinforcing cage is analogous to that of the longitudinal reinforcement in columns: it primarily resists tensile forces. Concrete exhibits high compressive strength but very low tensile strength.
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Reinforcing bars used to secure the position of the main reinforcement, thereby forming the reinforcing steel framework within the beam.
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During service, it is required to possess a certain level of mechanical strength, flexural deformation resistance, and weldability.
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This steel is distinguished by its unique helical shape, which helps save space during transportation and storage, making it easy to carry and handle.
Learn More Learn More
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