Coiled Deformed Rebar for Seismic Construction & Reinforced Concrete Applications
Coiled Deformed Rebar is designed for efficient reinforcement processing and modern construction projects. Featuring continuous coil supply, it can be straightened and cut to any required length, significantly reducing material waste and improving productivity in automated rebar processing lines.
The crescent-shaped deformed ribs provide excellent bonding strength with concrete, while seismic-grade HRB400E and HRB500E rebars offer high elongation and superior seismic performance, making them ideal for earthquake-resistant buildings, bridges, tunnels, and infrastructure projects.
Available in diameters from Φ6 mm to Φ16 mm, our Coiled Deformed Rebar can be manufactured according to GB, ASTM, and BS4449 standards to meet the requirements of global construction and engineering projects.
Product Features
Continuous Coil Supply
Unlike straight rebar, coiled deformed rebar is supplied in continuous coils, allowing flexible cutting and minimizing material waste during fabrication.
Ideal for:
- Automatic Rebar Straightening
- Stirrup Production
- Reinforcement Mesh Processing
- Construction Site Fabrication
Excellent Concrete Bonding
The rolled crescent-shaped ribs provide superior mechanical interlock with concrete, offering significantly better bonding performance than plain round steel bars.
High Strength & Seismic Performance
Available in HRB400E and HRB500E seismic grades, providing:
- Excellent Yield Strength
- Stable Tensile Performance
- Qualified Elongation
- Enhanced Earthquake Resistance
Suitable for structures requiring high seismic safety.
Efficient Automated Processing
Coiled rebar works seamlessly with automatic straightening and cutting machines, allowing:
- Flexible Length Cutting
- High-Speed Processing
- Reduced Labor Costs
- Improved Construction Efficiency
Stable Material Quality
Each batch is supplied with an original mill test certificate to ensure reliable mechanical properties and consistent product quality.
Product Specifications
- Product Type: Coiled Deformed Rebar
- Diameter Range: Φ6 mm – Φ16 mm
- Coil Weight: 1.5 – 2.5 Tons per Coil
- Steel Grades: HRB400E, HRB500E
- Standards Available:
- GB Standard
- ASTM Standard
- BS4449 Standard
- Supply Status: Large Ready Stock
Product Advantages
- Continuous Coil Supply
- Reduced Material Waste
- Excellent Concrete Bonding
- High Strength
- Superior Seismic Performance
- Excellent Elongation
- Stable Tensile Properties
- Suitable for Automatic Processing
- Flexible Length Cutting
- Large Ready Inventory
- International Standard Production
- Fast Export Delivery
Applications
Coiled Deformed Rebar is widely used in:
Residential Construction
- High-Rise Buildings
- Residential Housing
- Reinforced Concrete Structures
Infrastructure
- Bridges
- Tunnels
- Highways
- Water Conservancy Projects
Industrial Construction
- Industrial Buildings
- Factory Foundations
- Heavy Concrete Structures
Reinforcement Processing
- Stirrups
- Slab Reinforcement
- Distribution Bars
- Reinforcement Cages
- Prefabricated Reinforcement Components
Its flexibility and compatibility with automated processing equipment make it the preferred reinforcement material for modern construction projects.
Processing Services
To meet different project requirements, we provide:
- Straightening
- Cut-to-Length
- Customized Coil Weight
- Export Standard Packaging
- Container Loading Services
Our products are ready for large-scale export projects with fast production scheduling and reliable worldwide delivery.
Quality Assurance
Every coil is supplied with:
- Original Mill Test Certificate
- Mechanical Property Inspection Report
- Stable Chemical Composition
- Qualified Yield & Tensile Strength
- Reliable Seismic Performance
Our products are manufactured under strict quality control to ensure compliance with international engineering standards.
Why Choose Coiled Deformed Rebar?
Compared with straight deformed rebar, Coiled Deformed Rebar offers:
- Lower Material Waste
- Flexible Cutting Lengths
- Higher Processing Efficiency
- Better Compatibility with Automatic Equipment
- Excellent Concrete Bond Strength
- Superior Seismic Performance
- Stable Mechanical Properties
- Lower Construction Costs
- Faster Installation
- Ideal for Large Infrastructure Projects
It is widely used by contractors and reinforcement processing companies seeking higher productivity and more efficient construction.
