Underfloor Heating And Engineered Wood Floor Problem

Once you have installed it it feels the same underfoot too.

Underfloor heating and engineered wood floor problem. This means that engineered flooring in thickness of 14 3 15 4 18 4 and 18 5 are suitable over underfloor heating. Underfloor heating can cause extensive drying which makes the wood contract and shrink. It could be that the underfloor heating is drawing the salts etc out of the concrete that are being forced into the timber and affecting the natural tanning of the wood. We recommend kährs original 15 mm parquet flooring or kährs linnea 7 mm with woodloc or woodloc 5s joints for floors with underfloor heating.

There are two types of radiant floor heating electric and water based systems. Without myself or another independant inspector coming out to undertake tests on your floor we are guessing. Lack of even heat distribution. Warm water systems run hot water through pipes to create heat whereas electric underfloor heating heats wiring beneath the floor to generate heat.

In a cold dry climate you can expect to see gaps between strips and slightly concave boards from time to time. Engineered wood flooring are suitable for underfloor heating provided the overall thickness of the board does not exceed 18mm and the top real wood layer does not exceed 5mm. Ensure the wood is as dense as possible for greater thermal conductivity. Dramatic changes in the surface temperature or hot spots.

Engineered hardwood flooring is the most compatible wood flooring for underfloor heating systems and it looks exactly the same as solid wood flooring. Most of the problems associated with wooden floors and ufh come from the following conditions. Below is a breakdown of what we have found to be the most common causes and most likely effects of problems associated with wood flooring and underfloor heating. Both provide heating in a room from the floor up for consistent efficient warmth.