Warehousing
Warehouse cladding refurbishment for large-span storage and distribution buildings where retaining sound profiled steel can reduce disruption and avoid unnecessary replacement.
Sector Overview
Warehouse buildings present a refurbishment case that is primarily economic. A 10,000 sq m single-skin steel warehouse does not have a feasible full replacement option in most cases — the cost, programme disruption, and operational impact make it unworkable. Spray-applied refurbishment is not just preferable; for most warehouse owners it is the only practical maintenance route available. This shapes how refurbishment decisions are made in this sector: they are asset management decisions with defined payback horizons, not reactive maintenance responses. Cut edge corrosion is the primary structural concern on older profiled steel warehouse buildings — it is widespread, progressive, and underdiagnosed because it develops at roof level where it is not visible from the ground.
Common Failures in Warehousing
Large warehouse buildings typically experience cut edge corrosion as the primary structural concern, combined with UV-driven fading on south and west elevations. Access constraints often delay detection until corrosion is advanced.
Typical Roof & Cladding Systems
Single-skin profiled steel cladding (0.7mm CR4), often with polyester factory coatings from the 1980s-2000s. Roof sheets typically trapezoidal profile, wall sheets micro-rib or similar. Fixings are self-drilling steel with EPDM washers.
Typical Maintenance Challenges
Internal racking prevents ground-level inspection of roof soffits. Loading bay operations restrict access positioning. Refrigeration plant creates cold spots and condensation risks. Large uninterrupted elevations require careful weather window planning.
Typical Refurbishment Approaches
MEWP-based access for buildings under 8m eaves. Cut edge treatment precedes full over-coat. Large-area economics favour spray-applied systems. Programme planned around weather windows and operational constraints.
Survey Findings Typically Observed
What condition surveys commonly identify on warehousing buildings — and how those findings are classified.
Cut edge corrosion at sheet laps and exposed edges
Investigate / RepairUV-faded coating on south and west elevations
Monitor / TestPonding water at blocked or insufficient outlets
EscalateRooflight perimeter failures causing water ingress
RepairTraffic damage to lower cladding sheets at loading bays
Repair / InvestigateCoating delamination at laps on older profiled steel
InvestigateSurveys Typically Commissioned
Typical Outcomes From Survey
The range of outcomes a surveyor might recommend — refurbishment is not always the conclusion.
Monitoring
Surface degradation only, no ingress, no structural concern
Repair
Localised defects — rooflight details, gutter joints, impact damage
Refurbishment
Widespread coating failure, cut edge corrosion within treatable limits, substrate sound
Replacement review
Corrosion coverage exceeding 50%, sheet perforation, structural compromise
Systems Typically Specified
System selection follows survey findings. These are the systems most commonly specified on warehousing buildings — and the reason each is selected.
Where appearance and long-term colour retention matter — investor-grade assets, occupier requirements
Large-area waterproofing-led refurbishment, asbestos encapsulation, cost-efficient programmes
Rooflight perimeter repairs, gutter details, emergency leak containment, fixing sealing
Common Problems in Warehousing
Related Next Steps
What Should You Do Next?
A professional site assessment establishes whether refurbishment is appropriate for your warehousing building, which system is suitable, and what the likely cost parameters are. Forti Nova's technical team reviews every assessment before recommending an approved applicator.