Rebar in Coil

Product Description

Rebar in Coil is deformed reinforcing bar supplied in coiled form rather than straight bars, enabling automated cut-and-bend fabrication, reducing waste, and allowing transport efficiency for projects with high rebar consumption. Our rebar comes direct from Jingye Steel Group — a Fortune Global 500 company and the owner of British Steel since 2020 — providing buyers with verifiable Tier-1 mill backing.

We supply the full international standards spectrum from a single mill: HRB400 / HRB500 / HRB400E / HRB500E (Chinese GB/T 1499.2, with E denoting earthquake resistance), ASTM A615 Gr60 / Gr75 / Gr80 (US deformed bar), ASTM A706 (weldable rebar with controlled chemistry, Ceq ≤ 0.45%), BS 4449 B500A / B500B / B500C (UK with ductility classes), and AS/NZS 4671 D500N (Australia/NZ). Equivalent grades cross-certified on request — vital for projects involving multiple international standards.

Diameter range: 6 mm to 25 mm (smaller diameters more common in coil format; larger diameters typically supplied as straight bars). Coil weight options: 2.0 tons (compact) to 5.0 tons (Pittini-style jumbo). Surface profile: standard transverse ribs, can match specific national pattern requirements (BS, ASTM, EN profiles).

Applications of Rebar in Coil

Standards Compliance for Rebar in Coil

• GB/T 1499.2 — Chinese hot rolled deformed bar (HRB400, HRB500, HRB600 + earthquake E versions)
• ASTM A615 / A615M — US deformed and plain billet-steel bars (Gr40/60/75/80/100)
• ASTM A706 / A706M — US low-alloy weldable rebar (Gr60/80, Ceq controlled)
• BS 4449 — UK reinforcing steel (B500A/B/C ductility classes)
• AS/NZS 4671 — Australia/NZ reinforcing steel (D500L/N/E)
• EN 10080 — European reinforcing steel for concrete
• EN 10204 type 3.1 mill test report with full chemistry and mechanicals

Frequently Asked Questions about Rebar in Coil