Framing Steel Building

Box-Section Steel Structure

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Custom Framing Steel Buildings / Precision Engineered Metal Solutions for Modern Construction​

Product Applications​

As leading ​steel building​ fabricators, we specialize in ​framing steel building​ systems that redefine durability, speed, and versatility across industries. Our ​metal building​ solutions leverage advanced engineering to deliver tailored structures for diverse needs:

  • Industrial Facilities

    Industrial Facilities

    Heavy-duty ​steel structure​ frameworks for factories, warehouses, and power plants—including multi-bay warehouses, equipment storage units, and mezzanines—engineered to support heavy loads (up to 50 tons per bay) with minimal deflection.

  • Commercial Buildings

    Commercial Buildings

    Rapid-install ​steel building​ kits for offices, retail spaces, and hotels, combining sleek aesthetics with open floor plans—ideal for ​building a metal building​ projects where time-to-occupancy is critical.

  • Agricultural & Rural Infrastructure

    Agricultural & Rural Infrastructure

    Corrosion-resistant ​steel metal buildings​ for barns, equipment sheds, and livestock shelters, using galvanized steel to withstand harsh weather and extend lifespan by 30% vs. traditional materials.

  • ​Infrastructure & Logistics

    ​Infrastructure & Logistics

    Custom ​steel construction​ frameworks for bridges, rail depots, and distribution hubs, designed to handle dynamic loads (e.g., train vibrations) and seismic activity up to Zone 8.

 

From small ​steel warehouse construction​ projects to mega ​heavy steel construction​ installations, our ​framing steel building​ systems adapt to your site constraints, budget, and functional requirements.

Manufacturing Process Flow​

​​Standard​​ ​Process Details​ Key Technologies​
​Design & Engineering​ 3D BIM modeling with Tekla Structures; load analysis using Autodesk Robot. Cloud-based collaboration for real-time client feedback; seismic/ wind load simulations.
​​​Material Prep​ Sourcing ASTM A36/A572 steel; laser cutting (±0.3mm precision) with CNC machines. Fiber lasers for thin sheets (1-12mm); plasma cutters for thick plates (1-25mm).
​Framing Steel Building​ Roll-forming steel sections (C/Z purlins, rafters, columns) to custom radii; automated welding for primary/secondary frames. Press brakes (1,200-ton capacity); 5-axis CNC drills for bolt hole alignment (±0.1mm).
​Welding & Assembly​ MIG/TIG welding by AWS-certified welders; full-penetration welds for critical joints (e.g., column-to-foundation connections). Laser trackers (API T3) for frame alignment (±0.05mm tolerance); pre-assembled modules for on-site speed.
​Finishing​ Prime/paint coatings (250μm thickness) or hot-dip galvanizing (850g/m²); insulation (polyisocyanurate foam) for thermal efficiency. Powder coating lines for color consistency; spray-applied fireproofing (2-hour rating).
​Final Inspection​ Dimensional checks (CMM machines); load testing up to 1.5x design capacity. Third-party SGS audits; RFID tags for material traceability from mill to site.

Welding Quality & Frame Precision​

In ​framing steel building​ projects, structural integrity hinges on weld quality. Our processes ensure ​steel structure​ frames meet the highest standards:

​Advanced Welding for Steel Frames​

Primary Frames: For large-span warehouses or industrial halls, we use submerged arc welding (SAW) with ER70S-6 filler metal to achieve full-penetration welds (thickness up to 25mm), eliminating weak points in ​heavy steel construction.

Secondary Frames: Lightweight purlins and girts undergo MIG welding with pulsed current to reduce spatter and distortion—critical for ​building a metal building​ with tight tolerances.

Corrosion Resistance: All welds receive post-weld heat treatment (PWHT) to relieve stress, followed by galvanizing or epoxy coating to match base metal durability.

 

Precision Frame Inspection​

Non-Destructive Testing (NDT)​:

X-Ray/UT: For critical joints (e.g., foundation connections), digital radiography (DR) detects 0.1mm cracks; phased-array UT identifies internal flaws in thick sections (up to 300mm).

​Visual Checks: AWS-certified inspectors use 10x magnifiers to reject welds with undercutting >0.5mm or porosity >1mm.

Dimensional Accuracy: Laser trackers measure frame alignment (±0.05mm), ensuring modules fit seamlessly on-site—reducing ​steel warehouse construction​ rework by 20%.

Welding Quality & Frame Precision​

 

Quality Assurance Protocol​

​​Standard​​ Protocol​ Compliance​
​Material Certification Sourcing from ISO 9001-certified mills (ArcelorMittal, Nippon Steel). Mill Test Reports (MTRs); alloy verification via spectroscopy.
​Frame Welding​ AWS D1.1/D1.8 standards; 100% visual + NDT (X-ray/UT). Welder qualifications per AWS QC7; defect rejection rate <0.3%.
​Dimensional Accuracy​ CMM machines (0.02mm resolution); laser scanning for large assemblies. Tolerances within ±1mm of design; 99.5% pass rate in client inspections.
​Coatings​ Hot-dip galvanizing (ASTM A123) or powder coating (250μm). Salt spray test (ISO 9227) ≥1500 hours; adhesion test ≥5MPa.
​Certifications​ ISO 9001, CE, ASME BPVC Section IX; OSHA-compliant safety protocols. Annual audits by TÜV/BV; green manufacturing (90% scrap recycling).

Transportation & Installation Advantage​

Modular Shipping: Disassembled ​steel building​ modules (max 12m length) packed in VCI-wrapped crates—protecting frames during transit.

​Global Logistics: Partnered with Maersk/COSCO for oversized cargo; SPMT trailers enable door-to-door delivery of ​steel metal buildings​ (handling 1,000+ ton shipments).

​On-Site Support: Dedicated installation teams use laser levels and torque wrenches to align frames—reducing ​building a metal building​ installation time by 40%.