Flood-wetted framing
Studs, plates and subfloors that stood in river water. These take the longest to dry and may need partial removal.
Measured drying of studs, joists, subfloors and wall cavities after river, storm and supply-line water across Loveland and Hamilton County.
Fastest: call (833) 490-5225. Or send this and we call you back.
Framing dry down brings wet studs, joists, subfloors and insulation back to a dry standard by moving air and removing moisture, with readings taken each day. In Loveland, river and storm water leave wet wood inside walls and under floors where a fan cannot reach. The work is finished when the readings say so, not when the surface looks dry.
Wet wood is slow. A stud or a joist that has taken up water releases it over days, and the moisture moves deeper as the surface dries. A structure that feels dry can hold a great deal of water inside.
Drying is a measured job. The crew places equipment from a moisture map, runs it until the readings reach dry standard and checks again the next day. The equipment stays until every point has stayed at standard.
Keep drying equipment on a dry, grounded supply and off any wet floor. Do not run extension cords across standing water. Wear a mask around disturbed insulation, and keep children and pets out of the room while the air movers run.
Moisture readings are taken across the floor, the walls and the framing, and the results are marked on a plan that shows where equipment goes.
Saturated porous material is removed first, so it does not keep the air and the framing wet while the equipment runs.
A small opening is made where readings stay high, so air can reach the stud bays. Each opening is recorded with its reason.
Readings are taken at the same points every day, so the log shows the trend and the day each point reached standard.
The equipment comes out when the framing meets the dry standard at every measured point, and the final log is handed over.
Because the water left in the framing is still releasing moisture into the air. Wood holds water well below its surface, and the drying has to move that water out.
The air in the room may feel fine while the wall cavity is still wet, which is why the readings matter more than the feel.
A dehumidifier takes moisture out of the air, which lets the wet materials give up more of their water. A closed building with the heat off dries much more slowly.
They compare the readings at each measured point with the dry standard for that material and check the trend across several days.
A moisture meter gives a number for the wood, and the number is compared with a reading from unaffected material in the same building.
The final log shows where each point started, how it moved each day and the reading at release. If a repair is opened later and the wood is still wet, the log shows what was done.
A household dehumidifier can help a small, shallow wet area once standing water is gone, but it cannot handle a deep loss inside walls.
A portable unit pulls moisture from the room's air, but the wet framing in the walls keeps releasing moisture into the air around it. The unit fills up and the room gets damp again.
Do not run a unit on an extension cord near water, and keep a log of the humidity if you do run one.
The crew adjusts the plan with a different unit, a different position or a small opening that creates an airflow path. A point that cannot be reached is recorded with the reason.
Some cavities are hard to reach with air movers. A probe or a small opening can create the airflow the drying needs, and each opening is recorded.
A point that stays wet may need opening, and that decision is made with the owner in writing, because the opening is a change to the scope.
Framing readings are taken through small openings and at the plates, so the wall stays closed where it can.
Framing carries water inside a wall, and it dries slowly because the wood is enclosed. The crew reads the framing through small openings and at the top and bottom plates. Where it can, it reads from the outside of the room, so the wall is opened only where it must be.
Each reading is written with its place and its time. The set of readings is the record of the drying.
A framing reading that stays high usually means a hidden source or a slow-drying material.
If a framing reading does not fall between visits, the crew checks three things first: whether the source is still wet, whether the air is moving past the framing, and whether a material is holding the water. A hidden source is the most serious of the three, and the crew stops the drying plan until it is found.
The explanation goes into the scope with the readings. A homeowner who sees a slow reading can ask for the same explanation on the next visit.
Studs, plates and subfloors that stood in river water. These take the longest to dry and may need partial removal.
Wood wetted by a line inside a wall. The drying has to reach the bottom plate and the floor below.
Wood wetted by wind-driven rain or a roof leak, which often reaches deeper than the visible damage suggests.
Framing close to the ground takes longer to dry than framing higher up, because the air there moves more slowly. The drying plan allows for that.
Winter drying is slower, and heating the building speeds it but needs careful air movement so moisture is not driven into closed spaces.
Humidity in warm months can stall a drying that was going well in cool weather. The log notes the weather on each day.
If it's an emergency, call now. For non-urgent framing dry down readings, send the form and we'll call you back.
Not sure if you're covered? Check your ZIP code.
Finding leaks inside walls, under floors and in cellars that show as a stain, a smell or a rising water bill, across Loveland and Hamilton County.
Deciding what dries in place and what must be removed for hardwood, carpet, pad and subfloors after river and storm water across Loveland and Hamilton County.
Checking, containing and cleaning mold that grows on wet framing, insulation and drywall after river and storm water across Loveland and Hamilton County.
Helping homeowners keep the photographs, readings and scope that a water claim depends on, across Loveland and Hamilton County.
River water leaves silt and wet materials that dry slowly and can grow mold if they stay damp.
It runs until the readings reach dry standard at every measured point. A shallow loss can take days and a river loss can take weeks.
Because the wet material is inside the cavity, and air cannot reach it through the finished surface.
Only if the crew agrees. The schedule says which equipment can rest and for how long.
Drying to standard within the first days generally stops mold on the materials that are kept. Materials left wet longer may already have grown mold.
The crew checks against the readings, and you can ask to see the log at any time.
Air movers and dehumidifiers run continuously to keep air moving across wet surfaces. The noise is the drying working.