The Waukesha County Pattern: Heavy Bands, Fast Thaws
Lake-effect snow arrives in bands rather than fronts, which is why New Berlin can take a foot overnight while a town twenty miles inland takes two inches. It falls wet, it compacts fast, and it does not blow off.
Melting happens from underneath, not from the sun. Attic heat releases water under the pack, it runs to the overhang where there is no heated space below, and it freezes. That is the engine, and in New Berlin it runs most of the winter.
Ice-barrier practice in Waukesha County
Lake-belt jurisdictions in Wisconsin have enforced eave membrane on re-roof permits for a long time. The roofs that leak are, almost without exception, the ones that have not been touched since before that.
What a Crew Does on a New Berlin Roof
Nothing gets touched until the roof has been walked and photographed. The crew finds every dam, locates where water is getting in, shows you, and gives you the crew-hour rate and a time estimate before the equipment comes off the truck.
Removal then works from the worst point outward, so water starts draining early rather than at the end. Gutters and downspouts frozen solid get steamed through in the same visit — leaving them means the eave dams again within days.
Dormers, valleys and dead spots
Ice does not distribute evenly. It concentrates where two roof planes meet, behind dormers, in dead valleys that drain nowhere, and along the north face that never sees sun. Those pockets hold water deepest and leak first.
A crew working a roof in New Berlin clears the full eave line and then goes back through the valleys and dormer pockets specifically, because clearing the easy straight run and calling it done is how a roof leaks again a week later.
What the crew does on arrival
Before anything is touched, the crew walks the eaves, valleys and gutter line and photographs every dam and every point where water is tracking inside. You get shown what they found. Then the dam comes off in sections, starting wherever water is actively backing up, so drainage opens early rather than at the end.
Downspouts and gutter troughs get cleared in the same visit where they are frozen, because a dam removed above a solid block of ice in the gutter just reforms in the next cold night.
What steam actually does
A steam unit delivers water at roughly 290°F at a pressure low enough to rest your hand in the plume. It cuts a channel straight through the ice and lifts the dam off in sections, right down to the shingle. The heat does the work, not force, so granules, seal strips and flashing come through untouched.
That is the whole difference between steam and the hot pressure washers often sold as steam. A pressure washer cuts ice fast because of its pressure — and that same pressure strips the granules off asphalt shingles and drives water up under the courses. One method removes ice. The other removes ice and roof.
| Documentation | Dated before and after photos, written scope in Xactimate line items |
|---|---|
| Service | Ice dam removal in New Berlin, WI |
| Dispatch window | Same day to 24 hours |
| Removal method | Low-pressure steam only. No chipping, salt or pressure washing. |
| Local ice-barrier practice | Eave membrane expected on re-roofs |
| Primary climate stressor | Lake-effect bands, wet heavy pack |
| Typical scope | Steam, 6-12 crew hours typical |
New Berlin Coverage and the Adjoining Communities
Crews working New Berlin cover the adjoining communities on the same route — Hales Corners, Elm Grove, Big Bend, Greendale and Pewaukee — so a storm week usually means one truck handling several addresses in Waukesha County rather than separate trips.
Nearest hub towns with their own crew pages: Waukesha, Muskego, Brookfield, Greenfield, West Allis, Franklin.
During a cold snap New Berlin gets worked alongside the neighboring Waukesha County towns on the same route, with active interior leaks moved to the front of the list.
If water is already inside a property in New Berlin, call (888) 561-9664 rather than filling in a form — the phone is faster and leaks jump the line.
