![]() Radiant Heat Panels for Radiant Heat Wood Floors If you're looking to install radiant heat wood floors using an underfloor heating system, also known as installation below the subfloor, learn more about underfloor heating systems here. The following details the installation process for radiant heat installation above a wood subfloor. What You'll Need to Install Radiant Heat Wood Floors To Speak with Our Experienced Radiant Heat Professionals, We also provide free, unlimited technical support throughout your project, and a free step-by-step how-to guide. Krell Distributing Company provides all of the tools and materials you need to complete a radiant heat wood floors project. Otherwise, moisture maybe able to travel from layer to layer.Krell Distributing Company makes it easy to install DIY radiant heat wood floors, or radiant heat on top of any floor. This will allow for the subfloor and hardwood floor to move and react as a single unit. The wood floor should not be higher than 4% in moisture content than the floor it is being installed onto.This will help accelerate the acclimation process. Sometimes, it is best to have the radiant system installed before the wood. This may require an acclimation period in order for the wood to reach this level. The wood should be around 7% - 10% in moisture content.This helps reduce visual cracking and gapping. Plane sawn woods tend to "grow" or expand in width, while a quarter-sawn wood will tend to expand more in thickness. A quarter-sawn wood is better than a plane-sawn wood.The narrower the strip, the less movement it can induce. Try to use a wood that is no wider than 3" to 3.5" in width.This helps to ensure the wood's moisture content is the same on the inside as it is on the outside. However, there are some "tricks to the trade" that will help minimize these swings. ![]() Wood floors will also experience this seasonal change in dimensions. In the summer they expand due to the increased humidity in the air and become harder to shut And, in the winter the humidity is typically lower, and the doors shrink, becoming easier to close. Wood floors continuously move, just like the door jams in your home. Likewise, if the wood is too "wet" and is installed into a dry environment, it will dry and shrink. If the wood is dry and goes into a wet environment, then the wood floor will adsorb moister and expand. That means the wood reacts to water, in much the same way a sponge does. Wood floors are what we call hydroscopic. Hardwood floors can be used over a hydronic heating system if extra time and care is used during the installation process. In fact, most of these systems are coupled with some sort of air handler to prevent the floor from condensing. There are systems in existence that claim to do radiant floor cooling. If the surface we stand on is too cool, which would be the case in a radiantly cooled home, our comfort level is severally compromised. Part of this comfort level is dictated by touch. Our goal with any environmental control system is to maintain a higher level of comfort than what could be seen naturally. This lowered temperature will cause a layer of condensation to form on the floor surface, which may cause damage to a floor covering, not to mention creating a safety hazard. First, the lowered floor temperature needs to be below the room's dew point to effectively remove energy (heat) from a space. There are two main problems with this application. This lower temperature "pulls" the heat from the air and is then carried away through the liquid in the tubing below the floor. In order to lower the internal temperature of a space, the cooling surface has to drop in temperature. In theory a radiant floor can be used to cool a space. It is not advised to try to "air condition" a space with a radiant heating system.
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