Case Study
Baharestan Prayer Hall
Baharestan Prayer Hall case study for Aluminium Cladding and Covering, focused on engineering coordination, controlled execution, and project risk reduction.
Proof fields are intentionally pending until verified project records are available.
Project snapshot
Project challenge
The main challenge was installing dry ceramic cladding on steep roof surfaces where conventional dry-facade systems are typically not applicable.
- Ceramic panel slippage on inclined surfaces
- Connection failure under roof loads
- Discontinuity between roof and facade
- Reduced durability of dry-facade system
Engineering decision
Development and fabrication of custom connection systems capable of safely supporting ceramic panels on highly inclined roof geometries.
Development and fabrication of custom connection systems capable of safely supporting ceramic panels on highly inclined roof geometries.
Selected system logic placeholder for Aluminium Cladding and Covering.
Coordination note pending verified shop drawings, procurement files, and site notes.
Execution detail
Installation sequence
Successful execution of 1,000 m² of enclosure and facade works while maintaining architectural continuity between roof and wall surfaces.
Procurement control
Procurement control pending verified bill of materials and accessory scope.
Coordination with site team
Site coordination pending verified project communication records.
Quality checkpoints
- Drawing approval status pending
- Material and accessory list pending
- Installation inspection records pending
Technical proof gallery
Pending verified project data
Measured result
Pending verified project data
Risks controlled before publication
Ceramic panel slippage on inclined surfaces
Ceramic panel slippage on inclined surfaces was controlled through engineering review, coordinated detailing, and installation checkpoints.
Connection failure under roof loads
Connection failure under roof loads was controlled through engineering review, coordinated detailing, and installation checkpoints.
Discontinuity between roof and facade
Discontinuity between roof and facade was controlled through engineering review, coordinated detailing, and installation checkpoints.
Reduced durability of dry-facade system
Reduced durability of dry-facade system was controlled through engineering review, coordinated detailing, and installation checkpoints.
Related services and resources
Aluminium Cladding and Covering
Primary service category connected to this case study structure.
View systemPanel Selection Guide
Related engineering resource for earlier technical review.
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- Engineering decision
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- Result
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- Engineering decision
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- Engineering decision
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