Historic Home Plaster and Floor Drying in Riverside and Avondale
Plaster over lath and original wood floors are the usual reason a call here needs slow, careful drying.
Phones answered 24/7 across Riverside and Avondale. Call for a clear price before any work starts.
Fastest: call (833) 490-5225. Or send this and we call you back.
Riverside and Avondale are two adjacent historic neighborhoods on Jacksonville's city core, and Jacksonville Water Damage Restoration takes water damage calls from them around the clock. A crew reads plaster, lath and wood floors before it opens anything, and it dries each material to its own measured standard.
Riverside and Avondale sit close to downtown, on the city core, and they are among the best-known historic neighborhoods in Jacksonville. Water in those streets usually meets older construction: plaster over lath, solid wood floors and houses raised on foundations with crawl spaces below. Those materials hold water in different places and release it at a different pace from drywall and slab, so the drying plan is written for them.
Calls from these two neighborhoods come in after storms, after a pipe has split in a cold spell, and after a water heater or a washer has leaked for longer than anyone noticed. The line is answered 24/7, and a crew is sent as soon as one is free. The first questions cover the floor the water reached, its source and whether it is still coming in.
Local weather drives activity here: heat, humidity and rain change what shows up week to week.
The first difference is the wall. Plaster over wood lath holds water in its keys and along the strips of lath, and it can look sound at the surface while the cavity behind it stays wet. A crew reads the plaster with meters and looks for the wet band before it makes any opening, and it keeps the openings low on the wall so the cavity can be dried from the bottom up.
The second difference is the floor. Solid wood boards laid over joists take water from above and sometimes from below, and they cup if they dry too quickly. The subfloor is measured through the boards, and the boards are lifted only where the readings require it. Fast heat is avoided, because it is the usual reason a historic floor ends up with permanent cupping.
A house built up on piers or a low foundation has a space underneath that can hold rain, runoff and ground moisture after a storm. The joists and sill plates in those spaces are often the original wood, and they stay wet longer than the floor above them. The crawl is checked on every job in these streets, even when the water seems to have come only through the front door.
Access is the practical limit. Many crawl spaces are reached through a small hatch at the back of the house, and some have no hatch at all. The crew plans the access on the phone when it can, and it explains on arrival how the space will be pumped and dried.
On the first visit the crew takes a dry reference reading from a wall or floor in the same house that has not been wet, so the readings in the affected rooms are measured against the same material. That step matters more in a plaster house, where the reading depends on the thickness of the plaster and the spacing of the lath.
The map that comes out of that first visit shows the wet area, the cavity or subfloor affected and the dry goal for each material. The owner gets the map and the readings in writing, so the next decisions about what to keep, what to open and what to leave are based on the same record.
Repairs are made by the trades that do that work. A plumber repairs a split line or a fixture, a roofer repairs a leak through the roof covering, and a plasterer or a finish carpenter restores the walls and floors once the readings confirm they are dry. The crew tells you which trade you need and shares the readings with it.
Restoring a historic finish takes a specialist's eye. The crew's log records what was there before the work, which helps a plasterer match the original profile and a floor finisher match the boards. The reconstruction is quoted by the trade that does it, not by this line.
Plaster over lath and original wood floors are the usual reason a call here needs slow, careful drying.
Raised houses in these streets often keep water in the crawl space after a storm, and it has to come out before repairs.
Supply lines that run through plaster walls and under old floors are found by the floor before they are seen.
Street-level doors and garages near the city core take runoff quickly when the roads flood.
Plaster ceilings over lath hold water longer than drywall, so a stain here is checked from above.
Solid wood floors that take water need lifting and drying from beneath to keep them flat.
If it's an emergency, call now. For non-urgent service in Riverside and Avondale, send the form and we'll call you back.
Riverside and Avondale ZIP codes we cover: 32204, 32205. Type yours to confirm, or just call.
ZIP 32202
ZIP 32210
ZIP 32207
ZIP 32216
Only where the readings show the cavity will not dry in place. Small openings low on the wall are the usual first step, and each opening is photographed before it is made. Plaster that can be saved is kept on its lath wherever the readings allow.
Usually, yes. Plaster, lath and solid wood hold moisture for longer than drywall, and the drying is paced to protect them. The crew gives you the readings at each visit, so the progress is visible.
When the house is raised, the crawl space is checked as part of the job, because water can reach the joists and subfloor from below. Access is planned in advance where the line can arrange it.
Often, if the water is on the surface and the subfloor is not soaked. If water has reached the subfloor, a few boards are lifted so the underside can be measured and dried. The number of boards is kept to what the readings need.
A plasterer or a floor finisher, chosen by you. This site does not do the restoration, but the crew's log records the original condition so the trade can match it.