![]() With underfloor heating, radiators that take up a lot of space are superfluous. The floor and wall space is optimally used.In other words, these floors have a high heat transmission. Besides, self-levelling floors have a relatively low RC value. Precise estimates differ, because the energy saving differs per underfloor heating system, but companies can save on average 10-20 percent on their energy costs compared to traditional radiators. There is considerable savings on energy costs.A comfortable workplace keeps employees happy and is advantageous for productivity. That gives a continuous comfortable feeling. The heat is evenly distributed and remains constant. ![]() Underfloor heating and self-levelling floors have plenty of benefitsÄue to its efficient heat dissipation, underfloor heating offers many advantages in industrial areas: Where convection heat rises in the form of warm air, radiant heat mainly heats locally. Underfloor heating produces more radiant heat than radiators, while the latter mainly generate convection heat. In high rooms such as factories, company and production halls, floor heating has a more efficient heat output than traditional convection heating systems. In industrial spaces it is important to keep the heat where it is most needed, namely as close to the floor as possible. ![]() Better heat regulation with underfloor heating Pleasant, because this combination guarantees more comfort and is energy and space saving. Epoxy floors are, just like PU floors and trowel floors, feasible with underfloor heating. ![]() With underfloor heating you can make a room more sustainable, but are epoxy floors suitable for underfloor heating? In this case, you'd simply remove the radiators, and use electric heat for those rooms instead.Epoxy floors are often encountered in business premises that require a solid and durable surface. The system will come with a temperature sensor and control that is typically mounted in a wall box next to the light switches for the room. The mats can be custom made to the shape of your room, e.g. Electric radiant is available in mats that are layered with thinset between the subfloor and tile. One alternative you may want to consider is electric radiant heating. These may cost more and would likely change the level of your floor, but are worth considering. Correction : Actually, there are hydronic systems that can be installed above an original subfloor (inside a newly poured cement layer, under tile). Probably not a problem for your kitchen but may add some work for the upstairs bath. I don't think you can do that without access from underneath. For hot water radiant heat, you'll need to install PEX on the underside of the subfloor. You'll want to get a professional to assess whether this will require additional thermostats / control modules, or whether there's a simpler way to balance things. ![]() Changing the way a room is heated may take it out of balance with the rest of your home, leading it to get too hot or too cold. According to this piping schematic from the device that can both control your boiler and mix water for a lower-temperature section is called a "variable speed pump mixing control". So if you are keeping any radiators, your system will need to support running at multiple temperatures. Cast iron radiators are usually run at around 150 degrees F, which would be painfully hot to stand on. Because the radiant heating runs under your entire floor, it is typically run at a temperature similar to a hot summer day (around 85 degrees Fahrenheit). You may be able to use the existing radiator piping to some extent, but a number of other changes will be required: ![]()
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