SAE1080 / Q235 Hot Rolled Wire Rod (8mm & 12mm)
Controlled-cooling wire rod coils engineered for industrial re-drawing, high-tensile fasteners, and prestressed structural engineering.
Explore Wire RodsVerified dimensional tolerances, metallurgical grain uniformity, and fully documented mechanical certifications for global EPC contractors and industrial drawing mills.
Controlled-cooling wire rod coils engineered for industrial re-drawing, high-tensile fasteners, and prestressed structural engineering.
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Ultra-low carbon chemistry ensuring high ductility, low work hardening rate, and exceptional cold upsetting capabilities for industrial nail and mesh fabrication.
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Hot-rolled structural beams with certified flange-web concentricity, weldability, and yield strength conformity for heavy industrial framework.
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High-yield hot-rolled deformed reinforcement bars strictly conforming to BS4449 and ASTM A615 standards for concrete reinforcement.
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Surface-pickled and skin-passed coils engineered for precision stamping, structural tube forming, and high-frequency welded section applications.
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Hot-dip zinc coated steel coils certified per EN 10346 with zero-spangle, tight bend adhesion, and deep-drawing plasticity for HVAC and enclosures.
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High corrosion resistance angle profiles punched and galvanized under controlled thermal baths for transmission towers and solar frames.
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High-frequency ERW hollow sections and galvanized conduit tubing designed for harsh structural scaffolding, MEP networks, and industrial piping.
Source Steel PipesIn modern metallurgical and structural engineering, low carbon steel wire rod (typically characterized by a carbon fraction below 0.12% in grades such as SAE1006, SAE1008, and S235JR) serves as the primary feedstock for mission-critical downstream manufacturing.
By enforcing strict deoxidation control via Ladle Furnace (LF) refining and vacuum degassing (VD), our low carbon wire rod minimizes brittle non-metallic inclusion clusters (Type A, B, and C). This ensures seamless drawing down to micro-diameters (0.5mm) without wire snapping, drastically enhancing mill productivity.
Utilizing state-of-the-art Stelmor reticulated cooling lines, austenite-to-ferrite phase transformation is thermally orchestrated across the cooling bed. This eliminates hard martensitic patches, yielding a fine, homogeneous polygonal ferrite-pearlite matrix with uniform mechanical tensile distribution throughout the entire coil mass.
Factory Production Control (FPC) verified according to EN 10025 and EN 10016 benchmarks. Each bundle exported by HZXY provides an indisputable chain of custody, characterized by full heat-number traceability, chemical spectral analysis, and mechanical strain testing directly integrated with CE conformity dossiers.
Technical Insight: "The transition toward ultra-consistent drawn wires requires an uncompromising threshold on residual nitrogen, phosphorus, and sulfur. Restricting sulfur content below 0.025% and phosphorus below 0.020% is essential for eliminating hot shortness and internal micro-fissuring during high-speed multi-hole drawing blocks."
Industrial demand for low carbon wire rod is undergoing rapid structural realignments driven by green industrial transitions, the EU Carbon Border Adjustment Mechanism (CBAM), and massive infrastructure modernization initiatives across emerging economies.
Global demand is surging for low carbon wire rods in EV motor binding wire, high-conductivity earthing cables, and photovoltaic ground-mounting wire meshes. Manufacturing facilities must satisfy tight electromagnetic purity criteria alongside structural elasticity.
European importers demand rigorous scope 1, 2, and 3 embedded emission disclosures. HZXY production bases integrate Scrap-EAF hybridization and blast furnace carbon-abatement pathways to supply European buyers with fully compliant CBAM emission ledgers.
Operating inside the world's most dense steel processing cluster (Daqiuzhuang and Tangshan), HZXY bypasses localized feedstock bottlenecks. With 10M+ metric tons of regional throughput, production cycles remain impervious to raw billet market disruptions.
From architectural masterworks to underground utility networks, our low carbon steel wire rod portfolio provides foundational reinforcement across demanding structural configurations.
Low carbon wire rod forms the backbone of electro-welded reinforcing mesh (BRC fabrics) used in high-load industrial floors, precast culverts, and segmental bridge linings. Its superior ductility enables 180° cold bends without micro-fracturing along rib axes.
Automotive bolts, threaded tie-rods, rivets, and specialty pins demand wire rods devoid of surface seams and decarburization layers. Controlled descaling and uniform sphere-annealing deliver zero tool wear on high-speed multi-station cold headers.
HZXY steel structural systems and wire rod reinforcement packages have been supplied to monumental megaprojects including Beijing Daxing International Airport, Jiaozhou Bay Marine Bridge, and the National Stadium (Bird's Nest).
International procurement requires accurate translation between standard codes. The table below represents certified chemical and physical equivalencies strictly upheld by HZXY laboratories.
| Standard Designation | Grade Equivalent | Carbon (C max %) | Manganese (Mn %) | Yield Strength (MPa) | Tensile Strength (MPa) | Primary Industrial Utility |
|---|---|---|---|---|---|---|
| GB/T 701 | Q235B / Q195 | 0.12 - 0.20 | 0.30 - 0.70 | ≥ 235 | 370 - 500 | General Structural Mesh, Binders |
| ASTM A510M | SAE 1006 | ≤ 0.08 | 0.25 - 0.40 | ≥ 205 | ≥ 330 | Fine Wire Drawing, Nail Fabrication |
| ASTM A510M | SAE 1008 | ≤ 0.10 | 0.30 - 0.50 | ≥ 215 | ≥ 350 | Cold Heading, Galvanized Wire |
| EN ISO 16120-2 | C4D / C9D | 0.03 - 0.10 | 0.30 - 0.60 | ≥ 210 | 340 - 460 | CE CPR Structural Wire Elements |
| JIS G3505 | SWRM 6 / 8 | ≤ 0.08 | ≤ 0.60 | ≥ 200 | ≥ 320 | Precision Electro-Plated Wire Lines |
Compliance Notice: Mill Test Certificates (MTC) conforming to EN 10204 Type 3.1 are unconditionally dispatched with every maritime consignment. Pre-shipment on-dock inspections by independent third-party surveyors (SGS, Bureau Veritas, TÜV SÜD) are supported to verify chemical spectrometry, tensile rupture limits, and zinc adherence (for HDG profiles).
HZXY continues to iterate its production and downstream processing infrastructure in alignment with global decarbonization, AI-driven precision rolling, and smart digital supply chains.
Integration of precision reducing-sizing mill blocks running at 110 m/s with real-time laser optical diameter profilometry, guaranteeing ovality tolerances within ±0.12mm across entire 2.5-ton coils.
Replacing traditional hydrochloric acid baths with high-intensity mechanical inline shot blasting and reverse-bending descaling, eliminating hazardous sludge while ensuring optimal zinc bonding.
Gradual retrofitting of reheat walk-hearth furnaces to utilize green hydrogen gas mixtures, significantly slashing direct Scope 1 CO2 footprints per metric ton of rolled low-carbon wire.
Implementation of automated QR-coded metal banding linking every delivered bundle back to blast furnace tap telemetry, degassing logs, and metallurgical testing datasets.
Direct answers for global procurement officers, quality control engineers, and steel import syndicates.
CE Certification mandates an external Notified Body auditing the factory's Factory Production Control (FPC) system. It certifies that the low carbon wire rod maintains traceable metallurgical limits, verified charpy V-notch impact toughness (where required), tensile consistency, and declared performance thresholds without deviation.
SAE1006 contains a lower maximum carbon cap (≤0.08%) compared to SAE1008 (≤0.10%), alongside lower manganese. This reduces work hardening during consecutive reductions across multi-die high-speed drawing lines, eliminating the need for intermediate annealing stages when producing thin wires.
Yes. Leveraging our 1,500-acre warehousing bases in Tianjin and Tangshan, overseas buyers frequently consolidate mixed bills of materials (H-beams, wire rods, steel tubes, and valves) into unified containerized or break-bulk charters, drastically cutting demurrage and administration costs.
All coils intended for maritime transit are tightly bound with four to six heavy-duty steel radial straps, lined with multilayer VCI anti-corrosion barrier film, covered by tear-resistant woven poly shrouds, and marked with waterproof UV-resistant tags ensuring salt-spray protection across equatorial sea routes.
Our sizing blocks adhere to strict Grade A and B limits per EN 10074 / ASTM A510M. Out-of-roundness is capped strictly within 60% of the total diameter tolerance band, eliminating uneven cross-sectional feed and die chatter during downstream profiling.
We work seamlessly with SGS, Bureau Veritas, Intertek, and CCIC. Testing protocols include chemical wet spectrometry, tensile strength, yield ratio, elongation percentage, reverse bend testing, and microstructural grain sizing under certified metallurgical microscopy.
Complete project Bill of Materials (BOM) fulfilled directly from Daqiuzhuang, Tianjin, ready for consolidated break-bulk or containerized export.
Hot-dip zinc protected structural U-channels designed for industrial purlins, racking frames, and architectural exterior substructures.
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Precision-slit and sheared steel flat bars featuring clean square edges, high ductility, and optimal weldability for general metal fabrication.
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High-durability polyester and PVDF color-coated coils manufactured to withstand prolonged UV radiation and marine atmosphere corrosion.
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Smooth surface circular steel bars precision-straightened and galvanized for foundation earthing rods and dowel bars in concrete highways.
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Heavy zinc coating weight (≥500 g/m²) providing 30+ year maintenance-free outdoor service life for telecommunication and utility substations.
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Internal and external epoxy/FBE coated carbon steel line pipes engineered for high-pressure industrial petrochemical and slurry transit.
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Resilient seated butterfly, gate, check, and ball valves matched to municipal fire protection, HVAC, and industrial drainage specifications.
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Complete MEP utility packages combining plastic conduit, municipal storm drainage, and gas transmission piping consolidated with structural steel.
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