Home / Projects / Aviation & Transportation / Long-Span Hangar
Long-Span Hangar
To be confirmed: project value statement (what the structure made possible for the client).
Project Overview
To be confirmed: project introduction (site, building use, scope of supply, erection).
| Location | To be confirmed |
| Steel Volume | To be confirmed |
| Execution Std | To be confirmed |
| Project Scale | To be confirmed |
| Key Spec | To be confirmed |
| Delivery Time | To be confirmed |
| Status | To be confirmed |
Advantage 1
To be confirmed
Advantage 2
To be confirmed
Advantage 3
To be confirmed
Advantage 4
To be confirmed
Challenges & Solutions
What made this project difficult, and how it was solved at design, fabrication and erection.
Challenge 1: To be confirmed
To be confirmed: how the steel package answered it.
Challenge 2: To be confirmed
To be confirmed: how the steel package answered it.
Challenge 3: To be confirmed
To be confirmed: how the steel package answered it.
“To be confirmed: one-line testimonial theme.”
To be confirmed: full quote.
To be confirmed · To be confirmed (job title), To be confirmed (company)
Product Systems Used in This Project
The structural systems supplied for this project. Open a system for its sub-systems, parameters and FAQ.
Space frame structures for clear-span roofs: bolted-ball and welded-sphere space frames for stadium, terminal, station, gas station and toll plaza canopies, made as a matched kit of nodes, struts and supports.
Steel truss structures for long-span roofs: circular pipe trusses, square tube trusses, angle steel trusses and H- or I-beam trusses fabricated as roof truss systems for terminals, stations, industrial halls and exhibition centres.
Steel bridge structures fabricated to your bridge engineer’s design: plate girder and welded box girder bridges, steel truss bridges, pipe truss arch bridges, steel-concrete composite girders and portal frame bridges.
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Projects in the same industry. When fewer than three exist in this industry, recent projects from other industries are shown.
Why Clients Choose SynJect
Three things every project above had in common: one fabricator responsible from drawing to handover, certificates that travel with the steel, and engineers who stay reachable on site.
Design review, CNC fabrication, trial assembly, container loading and erection guidance run as one sequence under our project engineer.
EN 1090-2 EXC2 fabrication, AISC certification, welder qualifications and material traceability — open any certificate at full size.
The structural, fabrication and logistics engineers who handle your project, with direct contact during erection.
Frequently Asked Questions
Can you supply space frame components only, for a roof we weld locally?
Yes. Bolt spheres, welded spheres, cones, sleeves, set screws and high-strength bolts are quoted as components against your node schedule; pipe struts can be supplied cut to length or sourced locally.
What is the difference between a space frame roof and a steel truss roof in your quotation?
A space frame is a three-dimensional grid of struts and nodes; a truss roof is planar or tubular trusses at bay spacing with purlins between them. Span, roof shape and architectural intent decide it; we quote either from the roof plan and loads.
Do you supply the supports and bearings for a space frame roof?
Yes. Support bearings, brackets and the high-strength bolts are quoted with the node kit — see the Space Frame Members & Supports sub-system — so the roof lands on supports drilled to the same template.
Which design code do you fabricate to?
Whichever your design specifies. We work to AISC 360 or Eurocode 3 (EN 1993) for design intent, and execute to EN 1090-2 EXC2 under certificate 2787-CPR-01627. State the code in your enquiry and the quotation is issued against it.
Can you issue calculations our building authority will accept?
Yes. We provide English structural calculation reports with load combinations and 3D models. Where local regulations require a licensed local engineer to stamp the drawings, we supply the calculation package for their review.
What is a realistic lead time?
For a typical single-building scope the standard cycle is 40 to 50 days: 1–2 weeks from contract to 3D models and shop drawings for your approval, then 4–5 weeks for procurement, CNC fabrication, welding, coating and loading. Drawing approval is the part you control.
Do you supply the enclosure as well as the frame?
Yes. Roof and wall cladding, insulation, waterproofing, doors, windows, ventilation and drainage are quoted as one package — see Enclosure & Cladding Systems . Single-source supply removes the interface risk between frame and envelope.
How do we verify your certificates?
Ask us for the certificate together with its Document of validity — they are issued as an inseparable pair. We send both with the welding annex on request. Details are published on our certificates page .
Send Us Your Drawings or BOQ
Tell us the footprint, span, crane capacity and local loads — our engineering team reviews every request and replies with a preliminary assessment.
- Reviewed by our engineering team
- AISC certified · CE marked EN 1090-2 (EXC2)
- Mutual NDA available on request
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