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Factory-Direct Pricing No middleman markups. Direct manufacturing ensures competitive prices and budget control.
Engineering & Compliance Local code-based design supporting wind, snow, and seismic requirements.
Quality Assurance Full QC checkpoints from material to packing. Third-party inspections are accepted.
Integrated Delivery Coordinated drawings, component identification and packing verification help reduce missing parts, installation errors and unnecessary field modifications.

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Completed steel frame building interior with columns, roof beams, bracing and metal cladding for overseas projects.

Overseas Steel Structure Project Cases

Real projects. Real countries. From industrial warehouses to poultry farms — see how we've delivered complete steel buildings to clients across 50+ countries, on schedule and without missing parts.

Does This Sound Like Your Situation?

Our clients span continents and industries — but they share the same core priorities: a reliable supplier, no nasty surprises on delivery day, and a building that goes up on schedule.

Workers inspect steel columns during frame erection with a crane and delivery trucks at an overseas project site.
Philippines

Local EPC Contractor

Contracted to deliver a 5,800 ㎡ government logistics warehouse on a firm deadline. Previous steel suppliers had caused delays through partial shipments and missing anchor bolts.

Primary Concern
Missing parts on arrival causing costly installation stoppages.
Farm owners review building plans beside a large-span steel shed used for machinery storage in Australia.
Australia

Agricultural Business Owner

Needed a large-span, weather-resistant steel shed for machinery and grain storage. Struggled to find an overseas manufacturer that could handle Australian wind and snow load requirements.

Primary Concern
Whether the design would meet local building codes without expensive re-engineering.
Engineers review delivered steel beams beside multiple frames under construction at a phased industrial park in Nigeria.
Nigeria

Logistics Developer

Developing a multi-tenant industrial park. Required a supplier who could produce consistent quality across multiple structures and handle all export documentation independently.

Primary Concern
Supplier reliability and on-time shipping for a phased construction timeline.
Workers erect an earthquake-resistant steel structure for a mining workshop in Chile's high-altitude mountain zone.
Chile

Mining Facility Manager

Tasked with erecting processing workshops in a high-altitude, high-seismic zone. Needed heavily reinforced structures combined with precise detailing to ensure zero on-site welding.

Primary Concern
Ensuring structural integrity against heavy earthquake loads and minimizing on-site modifications.
Workers install wall panels on a steel-framed FMCG factory with production lines under expansion in Kenya.
Kenya

FMCG Manufacturer

Expanding production lines in a tropical climate. Required advanced thermal insulation panels and anti-condensation roofing solutions to protect sensitive raw materials.

Primary Concern
Maintaining strict interior temperature control without excessive HVAC energy costs.
Completed 10,000 m² steel warehouse with loading bays, logistics trucks and project team in the UAE.
UAE

Logistics Hub Operator

Required a 10,000 ㎡ clear-span storage facility to be operational within a tight commercial deadline. Needed a supplier capable of prioritizing rapid manufacturing and direct shipping.

Primary Concern
Lead times stretching out and delaying the facility's grand opening.

Tell us about your project — we'll respond within 24 hours with a preliminary plan tailored to your use case.

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Our Oversea Project Cases

Click any project card to see delivery results, building specifications, and the key challenges we solved on site.

Aerial view of the completed 4,320 m² Bolivia steel warehouse with roof daylighting panels and metal cladding. Bolivia
Steel Warehouse
4320 ㎡
Steel erection was completed by the client’s local installation team in approximately two months after the structure arrived on site. Fabrication and shipping periods are stated separately.

Structural system: 72m x 60m x 6m, with mezzanine. Daylighting panels are installed on the roof to enhance natural lighting and reduce energy consumption.

Double-layer 0.5mm steel sheet with 75mm glass wool insulation for roof and wall.

With a wind pressure resistance of 150km/h, which is fully adaptable to the local weather conditions, ensuring the safety and stability of the steel structure during long-term use.

Steel frame erection and roof panel installation during construction of the Romania steel structure warehouse. Romania
Steel Warehouse
1,020 ㎡
Factory-prefabricated, on-site assembled steel structure designed to meet European construction standards and local wind/snow load requirements in Cluj-Napoca.

Structural system: 51m (L) × 20m (W) × 6m (H), hot-rolled H-section steel, Q355B grade.

Roof and wall: PU composite sandwich panels, with gutters and downpipes included.

Design work followed local review-authority requirements, cross-checking load values and connection details against European codes; installed by the client's own team within 2 months using our installation drawings.

Niger steel warehouse under construction with portal frames, wall cladding, and overhead cranes installed. Niger
Steel Warehouse
3,200 ㎡
A large warehouse built to store and lift engineering equipment, engineered to suit the area's sandy soil conditions.

Structural system: 80m (L) × 40m (W) × 10m (H), H-section steel main frame, Q355B grade, bolted connections.

Roof and wall: rockwool sandwich panels, with large sliding doors, roof daylighting panels, and an overhead crane.

Foundation design was adapted for local sandy soil conditions; installed in 90 days, and the client continues to work with us on further projects.

Aerial view of 11 insulated steel chicken houses completed for a 19,140 m² poultry project in Egypt. Egypt
Poultry House
19,140 ㎡
The project was designed to adapt to local climate conditions, ensuring stable and reliable performance for poultry farming.

It consists of 11 sets of chicken houses, each with dimensions of 120m (L) × 14.5m (W) × 3.5m (H).

Main steel frame is made of hot-dip galvanized steel for strong corrosion resistance and long service life.

Walls and roof adopt double-sided color steel sheets with 75mm thick glass wool insulation, providing good heat insulation and durability.

Two-story steel poultry houses with wall-mounted ventilation fans under construction in the Philippines. Philippines
Two-Story Poultry House
9,072 ㎡

High Efficiency: Maximizes land use with a double-story design.

Climate Adaptation: Designed specifically for the high-temperature and high-humidity environment of the Philippines.

Wind-resistant design: fits local weather conditions, ensuring structural safety.

Roof: Double-sided corrugated steel sheet with 100mm glass wool insulation.

Walls: 75mm thick PU (Polyurethane) sandwich panels for optimal thermal.

Completed brick-clad steel church with a crimson roof and crosses in Papua New Guinea. Papua New Guinea
Church Building
1175 ㎡
The church features a crimson roof, combining practicality with a solemn and elegant appearance, adapting to the local environment.

Dimensions: 23.5m (W) × 50m (L) x 3.0m side wall height / 8.5m center ridge height.

Structural Frame: Hot-dip galvanized steel structure for maximum durability and corrosion resistance in tropical climates.

Roofing: Double-sided corrugated steel sheets in Crimson Red, insulated with 100mm glass wool for thermal.

Lattice steel water tower with an elevated tank, cross bracing and access ladder at a rural site in Niger. Niger
Water Tower Steel Structure
500 sets
Advanced anti-rust performance, easy to install, long service life and zero missing parts on arrival.

Structure: H Section steel or L steel. Height: 10m, the use of solar panels further saves energy. Most importantly, it provides clean water resources to local villages.

Interior of an Australian concrete panel factory workshop with steel columns and 25T overhead bridge cranes. Australia
Concrete Panel Factory
22,000 ㎡
From materials and processing to testing, everything is done in strict accordance with Australian standards, helping clients obtain approval from Australian structural engineers smoothly.

The heavy steel structure workshop has four 25T overhead cranes in each span, building height exceeding 12m, and delivered in 92 days.

Hot-dip galvanized steel frame and roof purlins under erection for a 4,100 m² supermarket project in Mauritius. Mauritius
Supermarket
4,100 ㎡
This is a large supermarket project, and the building has very high requirements for thermal insulation, corrosion resistance, and waterproofing.

Steel frame: hot-dip galvanized, wall and roof: PU sandwich panel with Aluminum-magnesium-manganese sheet.

Completed 600 m² steel aircraft hangar in Moldova with white cladding and a nearly 20 m multi-panel sliding door. Moldova
Hangar
600 ㎡
Column-free span with heavier snow load, and our engineers designed a special structure to facilitate the nearly 20 metres hangar door.

Laser cutting and Tekla model machining drawings ensure higher dimensional accuracy for each component, making on-site installation easier.

Completed steel structure textile factory in Uzbekistan with metal cladding, high-level windows and roller doors. Uzbekistan
Textile Factory
5,200 ㎡
Based on the different functions of the work areas, the building is divided into three parts: 1 flat roofs workshop, overhead cranes workshop, and large-span warehouses.

One-stop shopping; we offer not only structure, cladding, but also overhead crane.

Completed Ecuador feed mill with a 28 m steel processing tower, metal cladding, storage silo and covered loading bays. Ecuador
Feed Mill Plant
240 ㎡
The feed mill is 28 meters high. Due to the feed production process (which typically involves top-down gravity conveying), its design has very distinct industrial characteristics.

The components are very diverse; we provide clear erection drawings and a detailed list for each container.

Completed steel horse stable in Uruguay with metal cladding, ventilation openings and fenced paddocks. Uruguay
Equestrian Complex
2,021 ㎡
Custom-designed 2-set equestrian facility with FEI-standard running Arena, climate-optimized stables.

Structural system: Portal frame. Roof and Wall: EPS sandwich panel. Wind load: 43m/s. Turnkey steel construction with 45-day fast installation.

Covered steel basketball court in the Philippines with portal frames, open sides, roof daylighting and court markings. Philippines
Basketball Court
2,000 ㎡
Delivering a durable, weather-resistant sports facility that ensures uninterrupted play even in typhoon-prone conditions.

Engineered to withstand extreme local wind speeds 76.3m/s with a high-strength steel frame. The customer was very satisfied and placed a repeat order not long after.

Interior view of a 1,375㎡ Philippines warehouse with Q355B H-steel framing, insulated roof and bright LED lighting. Philippines
Steel Warehouse
1,375 ㎡
Designed for Luzon’s hot, humid climate and heavy rainfall, meeting Philippines NSCP code requirements for a dealer’s warehouse with corrosion-resistant detailing throughout.

Dimensions: 55m (L) × 25m (W) × 6.55m (H). Welded H-section frame in Q355B steel, with corrugated steel roofing, brick walls and gutters for rainwater drainage.

Shot-blasting and painting after welding protect steel members and fasteners from corrosion in the region’s high heat, humidity and heavy rainfall.

Structural calculations, drawings and material certificates were prepared to satisfy Philippines NSCP requirements for local approval. Shipped in 3×40OT containers from Qingdao port and erected in 2 months; the client praised the weld quality.

Have a project similar to any of the above? We've likely done it. Let's confirm your requirements and send you a preliminary plan.

Plan Your Steel Building

Proof Behind Every Project

Real FactoryVerified QualityProven Overseas Delivery

Behind every completed steel building is a controlled process — from engineering and fabrication to inspection, packing and shipment. Our projects are supported by a real manufacturing facility, documented quality control and proven international delivery experience.

01 — Company Proof

Built by a Real Steel Structure Manufacturer

Aerial view of a steel structure factory with workshops, steel stockyards, cranes, roads and material storage areas.
Steel structure production workshop with CNC plate cutting equipment, overhead cranes and stacked steel plates.
H-beam production line fabricating structural steel beams with automated welding equipment inside a steel structure factory.
Engineering and detailing team working on steel structure design, drawings and project documentation in the technical office.
QC inspector checking H-beam welding quality during steel structure fabrication on the factory production floor.
38,000 m²
Manufacturing Facility
30,000+ Tons
Annual Production Capacity
200
Factory Employees
1,000+
Export Projects

From engineering and detailing to fabrication, inspection and export packing, critical project stages are managed within our manufacturing and quality-control system.

02 — Quality Proof

Quality You Can Verify

Quality is not based on claims — it is documented and inspectable.

Material certificates, fabrication records, dimensional inspection results and coating inspection records can be provided according to project requirements.

SGS steel structure test report showing acceptable visual, MT and UT weld inspection results for fabricated steel components.
SGS Welding Inspection Report
Factory Production Control certificate for prefabricated steel structures and components compliant with EN 1090-1 and EXC2.
EN 1090 FPC Certificate
SGS test report for Q355B structural steel covering chemical composition, tensile strength and Charpy impact testing.
SGS Material Test Report
SGS Procedure Qualification Record for structural steel welding, documenting GMAW parameters, test results and approval.
SGS Welding Procedure Record
Material quality certificate for Q355B structural steel showing chemical composition, mechanical properties and batch details.
Material Certification
Worker performing dimensional inspection on a Q355B H-beam in the steel structure fabrication workshop.
Dimensional Inspection
Inspector performing welding inspection on a steel H-beam connection in the steel structure fabrication workshop.
Welding Inspection
Inspector measuring protective coating thickness on a fabricated steel structure component using a digital coating gauge.
Coating Inspection
Third-Party Inspection Accepted
  • SGS
  • BV
  • Intertek
  • Client-Appointed Inspector
03 — Delivery Proof

Controlled From Fabrication to Shipment

CNC fabrication equipment cutting structural steel components inside a steel structure manufacturing workshop.
Step 01
Fabrication

Components are fabricated according to approved drawings and project specifications.

Quality inspector checking a fabricated Q355B H-beam, including dimensions, identification and connection details.
Step 02
Quality Inspection

Key dimensions, welds and surface protection are checked before release.

Q355B steel beam marked with component ID, section size and QR code for fabrication tracking and traceability.
Step 03
Component Identification

Members are clearly marked and matched with drawings and packing records.

Workers loading fabricated steel structure components into a container for secure packing and international shipment.
Step 04
Packing & Container Loading

Components are packed and loaded according to the shipment plan for easier site identification and installation.

Every component is checked, identified and matched against project documents before shipment.
04 — Customer Proof

Trusted by Clients Beyond Delivery

Real Feedback
WhatsApp client feedback praising accurate steel workshop components during on-site frame erection.
WhatsApp
Client feedback sharing steel frame installation progress and expressing satisfaction with the completed fabrication work.
WhatsApp
Steel structure workshop under construction with portal frames, crane beams and wall cladding installed on site.
Site feedback
Steel structure warehouse with insulated wall panels, workers and scaffolding during exterior installation on site.
Installation complete
Client Factory Visits
International clients visiting a steel structure factory and meeting the manufacturer team during an on-site business visit.
Client Factory Visit
International clients discussing steel structure project drawings and requirements with the supplier team in a meeting room.
Client Factory Visit
International clients visiting a steel structure manufacturer and meeting the factory team during an on-site business visit.
EPC Partner Factory Inspection

Need more proof before you decide?

Get our factory profile and certifications, or ask for project references closest to your country and building type.

Industry Decision FAQ

The questions overseas buyers ask before committing to a steel structure project — answered directly from our project experience across 50+ countries.

Yes. Our in-house engineering team has worked with AISC (USA), Eurocode (Europe), AS/NZS (Australia/New Zealand), GB (China), and a range of country-specific regional codes across Africa, the Middle East, and Southeast Asia. We request local wind speed maps, snow load zones, and seismic categories at the start of each project and design accordingly. Structural calculations and drawings can be provided in a format suitable for local permit submission.
Every fabricated member receives a unique mark number that appears on both the shop drawing and the physical piece. Components are pre-sorted by installation sequence, packed bay-by-bay, and listed on a numbered packing manifest that cross-references the shop drawings. This means your site team can verify completeness before erection begins — and locate any specific member without unpacking every container. Missing component rate on our projects: less than 0.1% by piece count.
Yes. For clients who plan future expansion, we design the initial structure with pre-engineered connection points — spliced columns, embedded anchor provisions, and roof extensions — so the second phase can be added without structural demolition or redesign. This approach is common for logistics warehouses, industrial factories, and livestock facilities with growing production requirements. Phased construction can reduce initial investment by 30–40% while preserving full expansion flexibility.
Production lead time depends on building size and current factory loading. For a standard single-span warehouse of 3,000–5,000 m², typical production is 25–35 working days after shop drawing approval. Larger or more complex projects are quoted with a firm schedule as part of the proposal. We do not accept orders we cannot commit to delivering — confirmed timelines are tracked and reported weekly. Rush production arrangements are available for time-critical projects — contact us to discuss.
Yes — we actively welcome it. SGS, Bureau Veritas, Intertek, and client-nominated inspection companies have all conducted in-factory audits and pre-shipment inspections on our production. We provide access to welding procedure records, material mill certificates, dimensional inspection reports, and coating thickness test data. Third-party inspection can be arranged at any stage: incoming materials, mid-production, or pre-shipment. Inspection costs are borne by the client; we provide full cooperation and documentation support.
Because our design and fabrication are both handled in-house, responsibility is not split between parties. If a dimensional discrepancy arises between the shop drawing and a fabricated member, we take full ownership: replacement parts are produced and expedited at our cost. Our site supervisor support service also means discrepancies are typically caught during the erection sequence — before they become a project-stopping issue. One contract, one point of accountability — no finger-pointing between design firm and factory.

Have a question not answered here? We respond to all technical enquiries within 24 hours.

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Start Your Project Discussion Today

Every project begins with a conversation. Tell us what you're building and where — we'll come back to you with a preliminary structural recommendation, timeline estimate, and indicative cost range. No commitment required.

  • Reply Within 24 Hours A real engineer reviews your submission and responds with specific recommendations, not a generic brochure.
  • Preliminary Structural Plan Included Based on your inputs, we provide a concept layout, bay spacing, and material spec before any commercial discussion.
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