High-Purity Iron Billet Supplier | Precision-Crafted Pure Fe Billets | Xinye Taiming
H1: Industrial-Grade Pure Iron Billets for Demanding Manufacturing Applications
Xinye Taiming delivers premium pure iron billets with 99.96%+ Fe content, engineered for seamless integration into forging, rolling, and precision machining processes. Leveraging patented electrolytic purification and hydrogen annealing technologies, our billets guarantee ultra-low impurities (<50 ppm C/S/O₂) and exceptional structural uniformity, meeting the exacting standards of automotive, aerospace, and heavy machinery industries.
Key Advantages of Xinye Taiming Iron Billets
✅ Unmatched Material Consistency
99.96% Minimum Purity: Certified via ICP-MS (Inductively Coupled Plasma Mass Spectrometry)
Controlled Interstitial Elements:
Carbon: ≤0.005% (adjustable to ≤0.001% for high-vacuum applications)
Oxygen: ≤30 ppm (argon-shielded cooling option available)
Uniform Grain Structure: ASTM E112 Grade 7-9 with ≤20 μm average grain size
✅ Proprietary Production Technology
Electrolytic Refining Process: Reduces non-metallic inclusions by 90% vs conventional methods
Hydrogen Atmosphere Annealing: Eliminates surface decarburization (<0.0005% layer)
AI-Driven Homogenization: Ensures ±5°C thermal uniformity during solidification
✅ Global Compliance & Traceability
Conforms to ASTM A848, EN 10025, and JIS G 4051 standards
Full Material Test Certificates (3.1/3.2) with QR code traceability
Technical Specifications
| Parameter | Standard Grade | Premium Grade |
|---|---|---|
| Dimensions | 150x150mm – 300x300mm | Custom profiles (up to 500x500mm) |
| Length | 3m – 6m (±0.1% tolerance) | 1m – 12m (precision-cut) |
| Density | 7.87 g/cm³ ±0.2% | 7.88 g/cm³ ±0.1% |
| Surface Roughness | Ra ≤12.5 μm | Ra ≤3.2 μm (machined) |
| MOQ | 10 MT | 5 MT (R&D samples) |
Target Industries & Applications
🔧 Automotive Forging
Crankshafts, gear blanks, and chassis components with uniform ductility
High-strength connecting rod preforms (UTS: 250-320 MPa)
🔧 Energy Infrastructure
Wind turbine shaft precursors with fatigue-resistant grain alignment
Nuclear reactor vessel forging stock (Boron <1 ppm)
🔧 Advanced Manufacturing
Additive manufacturing feedstock (gas-atomized powder conversion)
High-precision CNC machining blanks (±0.05mm dimensional tolerance)
Quality Assurance Protocol
Raw Material Screening: XRF analysis of recycled scrap (≤0.02% Cu/Sn)
Process Monitoring: Real-time LIBS (Laser-Induced Breakdown Spectroscopy) for elemental control
Final Validation:
Ultrasonic testing (EN 10308) for internal defects (≥2mm sensitivity)
3D laser scanning for geometric accuracy
Sustainable Production Practices
Closed-Loop Water System: 95% process water recycled
Zero-Waste Slag Management: Converted into construction aggregates
Carbon-Neutral Shipping: Verified via Gold Standard carbon credits
FAQ Section
Q: Can you provide billets with specific hardness profiles?
A: Yes – We tailor annealing cycles (650-900°C) to achieve Brinell hardness ranges from 65-110 HB.
Q: Do you offer anti-corrosion surface treatments?
A: Optional phosphate coating or VCI (Vapor Corrosion Inhibitor) film available for humid environments.