The board edges are raised and the centers sit lower
To keep the incident under control, that is cupping, and it is the first stage of a wet wood floor.
Rooms and areas inside the incident zone
Oregon
Our incident command team extracts water from hardwood flooring and uses controlled drying to reduce cupping, warping, and moisture trapped below the boards.
Signs to look for
As the coordinated steps continue, if you notice any of these problems, call us before water has more time to spread into nearby materials.
To keep the incident under control, that is cupping, and it is the first stage of a wet wood floor.
As the coordinated steps continue, that is crowning, and it usually means the floor was sanded flat while still wet or dried unevenly.
From the first status check, buckling means the floor has pushed up and separated from the deck, often several inches.
With the scene stabilized, peaking at the side joints means the planks have run out of room across the field.
To keep the incident under control, a polyurethane finish traps water underneath and hazes as moisture pushes at it.
To keep the incident under control, tannin and iron staining travels through the tongue and groove joints.
What happens
Our incident command team adjusts the work to which materials took on water, how far the water traveled, and which materials can be saved.
As the coordinated steps continue, standing water gets removed with hard surface extraction tools before anything else happens.
As the coordinated steps continue, we take wood moisture content readings across the wet zone and into dry boards for comparison. With the scene stabilized, that map shows where the panels go and how far the water traveled under the floor.
From the first status check, solid hardwood, engineered hardwood, plank width, species and finish all change the incident plan.
As the coordinated steps continue, a hardwood drying mat seals to the surface and uses negative pressure to pull moisture up and out through the wood.
To keep the incident under control, the deck under your boards is usually wetter than the boards themselves.
As the coordinated steps continue, pulling a section of base shoe or lifting a threshold gives the floor room to move and gives air a path.
Talk with a restoration specialist
Describe the source, the impacted rooms, and when you first noticed the damage.
What to expect
With the scene stabilized, here is how we usually handle hardwood water removal near Oregon.
With the scene stabilized, say whether it is solid or engineered wood, how long it has been wet, and what leaked.
Your callFrom the first status check, lift rugs, move furniture off the wet zone, and put foil or blocks under any metal feet you cannot move.
+5 minutesWith the scene stabilized, hard surface extraction pulls standing water while a technician maps wood moisture content across the room. With the scene stabilized, you get the wet zone and a first read on the odds.
On arrivalWith the scene stabilized, we show you the readings, name the stage the floor is in, and price drying against replacement.
First hour on siteTo keep the incident under control, the hardwood drying mat is laid over the mapped wet zone and sealed, then put under negative pressure.
Day 1From the first status check, as sections reach target the panels shift to the boards that are still wet.
Day 2 to 5To keep the incident under control, we back the system off if the surface dries much faster than the wood beneath it.
Day 5 to 8Understanding the cost
As the coordinated steps continue, we explain the recommended work and price before you approve the job. As the coordinated steps continue, these examples show what may change the estimate.
| Common situation | What the estimate may include | Typical range |
|---|---|---|
| Hardwood floor panel drying system with monitoring, per room | With the scene stabilized, national estimate. As the coordinated steps continue, specialty panels and dehumidification typically run seven to fourteen days with daily readings. | $1,500 to $5,000 |
| Same day extraction and mat setup on one to two rooms | With the scene stabilized, national estimate for the emergency response stage, covering surface extraction, metering and the first equipment set. | $500 to $1,500 |
| Open plan or multiple rooms of wood floor on a mat system | National estimate for the hardwood drying portion when the wet zone runs across several connected rooms. | $3,500 to $9,000 |
| Sand and refinish after the floor has equalized, per square foot | With the scene stabilized, national estimate. | $3 to $8 |
| Remove and replace solid hardwood, per square foot | From the first status check, national estimate including tear out, disposal, new material and installation. As the coordinated steps continue, finishing is usually additional. | $8 to $20 |
| Engineered hardwood removal and disposal, per square foot | As the coordinated steps continue, national estimate for tear out and haul away only, where the wear layer has delaminated and drying is not an option. | $2 to $4 |
Square footage under mats or panels
We meter the floor and cover the wet zone, not the whole room. A leak that ran under one hallway is a fraction of an open floor plan.
Solid versus engineered construction
As the coordinated steps continue, solid hardwood dries and can be sanded more than once, so the save is often worth it.
Species, plank width and finish
As the coordinated steps continue, wide plank white oak holds more water per board than narrow strip maple.
Access below the floor
From the first status check, a basement or crawl space lets us dry the subfloor from underneath at low cost.
Days on the system
To keep the incident under control, air movers run roughly $25 to $40 per unit per day and Professional dehumidifiers roughly $70 to $110 per unit per day.
How long the floor sat wet
With the scene stabilized, a floor reached the same day is usually a straight drying job.
Why timing matters
From the first status check, water can keep moving into nearby materials even when the surface looks dry.
With the scene stabilized, boards that stay wet compress against each other at the edges and crush the wood fibers.
To keep the incident under control, a floor that lifts off the deck has already broken its bond and its nails.
To keep the incident under control, a polyurethane finish slows evaporation from the top, so water leaves through the seams and the underside.
With the scene stabilized, engineered hardwood is a veneer glued to a core, and water breaks that glue.
Helpful service information
With the scene stabilized, start with the short explanation. From the first status check, open a card if you want a little more detail.
To keep the incident under control, as a board absorbs water it gets wider, and neighboring boards stop it from spreading.
With the scene stabilized, wood moves across the grain, not along it, and that single fact explains everything a wet floor does.
As the coordinated steps continue, a polyurethane finish is close to a vapor retarder, so almost no moisture leaves through the surface.
From the first status check, the finish on top is why hardwood needs specialty drying. As the coordinated steps continue, a polyurethane finish is close to a vapor retarder, so almost no moisture leaves through the surface.
With the scene stabilized, pull moisture out of the surface much faster than the core releases it and the wood pays for it later.
With the scene stabilized, drying wood fast is not the goal, drying it evenly is. With the scene stabilized, pull moisture out of the surface much faster than the core releases it and the wood pays for it later.
Help near you
Choose your area below, or call (855) 876-9548 and describe how the incident started.
You may also need
Our incident command team removes surface water and dries moisture trapped beneath finished flooring to protect the subfloor and surrounding materials.
Get a Quote: (855) 876-9548Our incident command team uses professional extraction equipment to remove water from flooring and building materials before detailed drying begins.
Get a Quote: (855) 876-9548Our incident command team uses air movement, dehumidification, and moisture monitoring to dry framing and building materials beyond the visible surface.
Get a Quote: (855) 876-9548Our incident command team dries walls, floors, framing, and other wet materials using balanced airflow, dehumidification, and repeat on-scene moisture readings.
Get a Quote: (855) 876-9548Our incident command team tracks on-scene moisture readings during drying and adjusts equipment when needed so wet materials continue moving toward a verified dry condition.
Get a Quote: (855) 876-9548Our incident command team extracts water from carpet and padding, treats areas inside the incident zone, and determines whether the flooring can be safely restored.
Get a Quote: (855) 876-9548Our incident command team removes moisture from the air and wet materials, helping walls, flooring, and framing dry more evenly and completely.
Get a Quote: (855) 876-9548Our incident command team cleans up water from sinks, dishwashers, refrigerators, and supply lines while drying cabinets, flooring, and adjoining rooms.
Get a Quote: (855) 876-9548Common questions
Often yes, especially solid hardwood reached in the first day of the incident of the incident or two. Mat and panel systems pull the water up through the boards.
As the coordinated steps continue, cupping is board edges rising higher than the centers, because wood swells across its width.
From the first status check, crowning is the opposite shape, with the centers higher than the edges. With the scene stabilized, it usually comes from sanding a floor flat while it was still cupped and wet.
With the scene stabilized, buckling means the boards swelled so hard they lifted off the subfloor. With the scene stabilized, the fasteners and the bond have already failed.
As the coordinated steps continue, a hardwood drying mat seals to the surface and is put under negative pressure.
From the first status check, commonly seven to fourteen days on a mat system. To keep the incident under control, wide plank floors and heavy finishes run longer.
To keep the incident under control, commonly 30 to 90 days after the deployed equipment leaves, and sometimes a full heating season. To keep the incident under control, the boards have to stop moving first.
Talk with a restoration specialist
Describe the source, the impacted rooms, and when you first noticed the damage.
Areas we serve
Our incident command team assess homes, businesses, and managed properties throughout Oregon and nearby communities.
View the area on Google Maps