Commercial buildings in Montgomery often feature steel-frame construction with large wall planes that demand siding systems able to handle wind-driven rain and thermal movement. Fiber cement and insulated metal panels are common choices because they resist the repeated freeze-thaw cycles typical along the Ohio River valley while meeting current energy code requirements for continuous insulation. Proper attachment to existing masonry or metal stud backup walls prevents water intrusion at window and door transitions that frequently fail on older retail strips.
Roof-to-wall flashing details and expansion joints become critical on two- and three-story structures common in the Montgomery business district. Skipping these steps leads to moisture damage behind the cladding that shows up first at the base of south-facing elevations. Voltiva Systems crews inspect substrate condition and existing weep systems before any new siding is installed, documenting findings so owners see exactly what must be corrected.
When a strip-center owner in Montgomery needed to replace damaged EIFS on a 1980s retail building, the team removed saturated foam sections, installed new drainage plane and rainscreen channels, then applied new finish coat to match adjacent bays. Work was sequenced over nights to keep tenants open, and the owner received a full photo log of every concealed condition before the final invoice.
Technician insight
In Montgomery the thing that catches most people out with commercial siding contractors is how quickly water gets behind EIFS on buildings from the 1980s once the finish cracks near grade; the soil here holds moisture against the foundation all winter and the damage spreads upward before anyone notices.
Retail Strip Center EIFS Repair
Water had entered through failed base flashing on a two-story retail building in Montgomery. Inspection revealed saturated foam and rusted metal studs along the south wall. The crew removed the damaged sections, installed a new rainscreen drainage plane, and reinstalled matching EIFS finish. Tenants remained open during evening work and no further leaks appeared after the first heavy spring rain.
How it works
- 1
Site Assessment
Measure elevations, note substrate type, and identify water intrusion points on the commercial structure.
- 2
Material Selection
Review wind-load requirements and thermal performance needs with the building owner before ordering panels or planks.
- 3
Substrate Preparation
Repair or replace damaged sheathing, add drainage planes, and seal all penetrations.
- 4
Installation
Hang siding with specified fasteners and flashing, maintaining expansion joints at corners and floor lines.
- 5
Final Walkthrough
Document completed work with photos and provide maintenance guidance for the new cladding.
Pricing
Pricing varies by building height, material type, and extent of substrate repairs; upfront written quotes are provided after the site visit.