Snow & Ice Roof Damage Insurance Claims for Allentown Commercial Roofs

Ice dam and snow-load roof damage documentation for Allentown, PA claims. We inspect, photograph, and scope the damage for your insurance adjuster.

Snow & Ice Roof Damage Insurance Claims

Lehigh Valley winters bring real snow load and repeated freeze-thaw cycling, and the NWS Allentown/ABE station regularly logs enough snowfall to matter to a low-slope roof. On a residential roof an ice dam shows up as icicles at the gutter. On a commercial roof it shows up at parapet walls, drains, scuppers, and rooftop unit curbs, where meltwater backs up behind refrozen ice and finds its way under a membrane seam or a piece of counterflashing that was fine in October. The damage is often invisible from the ground until it shows up as a ceiling stain two floors down.

We see this pattern across Allentown's older downtown roofs near Hamilton Street, where parapet-heavy flat sections trap snow behind masonry walls, and across the newer warehouse roofs along Route 100 and the Lehigh Valley Industrial Park, where acres of membrane funnel meltwater toward a handful of interior drains that cannot always keep pace with a fast thaw after a nor'easter.

A snow or ice claim depends on catching the damage close to the event, before evidence melts away or gets buried under the next storm. When we respond, we photograph drift depth and location, drain and scupper condition, refreeze at the perimeter, any membrane lifting or splitting, and interior signs of water intrusion tied to the specific storm. Where water may have tracked under the membrane before refreezing, we take moisture readings so the scope reflects what is wet, not only what is visibly damaged.

That record matters because winter roof claims get scrutinized for the difference between a sudden covered event and gradual seasonal wear. A membrane that has been slowly failing for three winters is a maintenance problem. A membrane that split open during one specific ice-dam event because water froze and expanded behind a blocked drain is a different story, and the documentation is what separates the two in front of an adjuster.

When the adjuster comes out, we walk the roof with them and point to every documented location: the drain that backed up, the seam that split under ice pressure, the counterflashing that pulled loose from ice movement, the insulation that tested wet underneath. We itemize the full repair, including drain and scupper repairs that prevent the same failure next winter, instead of only the patch over the leak that already happened.

We're your roofing contractor, not a public adjuster - we document and substantiate the roof damage so you and your adjuster work from an accurate scope. We do not file the claim or negotiate the settlement; we make sure the roof's actual winter damage, and the drainage problem behind it, is on the record.

Sudden water intrusion caused by an ice dam backing water under the membrane is typically a covered peril, while long-term damage from a roof that has been poorly maintained through several winters may not be. We document when and how the ice dam formed and what it did to the roof to help draw that line clearly.

We photograph drift patterns, ponding and refreeze at drains and scuppers, membrane displacement, and any interior ceiling staining tied to the event, then take moisture readings where water may have tracked under the membrane before it refroze.

Related Roof Decisions

Sudden water intrusion caused by an ice dam backing water under the membrane is typically a covered peril, while long-term damage from a roof that has been poorly maintained through several winters may not be. We document when and how the ice dam formed and what it did to the roof to help draw that line clearly.

We photograph drift patterns, ponding and refreeze at drains and scuppers, membrane displacement, and any interior ceiling staining tied to the event, then take moisture readings where water may have tracked under the membrane before it refroze.

It is rare but not impossible, especially on older low-slope roofs already carrying wet insulation or on flat sections behind parapet walls where snow drifts deep. If a roof shows deflection or unusual sounds under a heavy snow load, that is an emergency inspection, not a wait-and-see situation.

An ice dam forms when heat loss melts snow on part of a roof while the edge stays frozen, so meltwater refreezes at the perimeter and backs up under the membrane or roofing material behind it. On a low-slope commercial roof this shows up most often at drains, scuppers, and parapet transitions rather than at a shingle edge.