Learn this new twist to your home cooling and heating. If you are wondering if radiant heaters Edmonton are for you, let us familiarize you with how they work http://furnace-repair-edmonton.ca. You can provide home cooling and heating by setting up concrete that has an embedded tubing for home comfort. Concrete radiant floor utilizes thermal mass and the concrete’s conductance in spreading cooling and heating through entire floors and maintain a stable and uniform temperature. Instead of heating the air that naturally goes up in cooled spaces during cold weather, it warms objects. We all know that electricity and hot water are the most typical heating source, you can likewise use solar or another energy source as well. When it comes to cooling, chilled water is the staple. Since the start of the 90’s, more and more homes are now using radiant floors as their home heating source during the cold winter months. Types of Radiant Floors
- Slab-on-grade radiant floor requires tubing or an electric heating element to be placed on fixtures or tied to a wire mesh before putting the actual concrete floor. You embed the heating element or the tubing below the slab or about 2 inches below the floor surface according to your chosen design and installation process. Install the insulation below the slab and the energy source to force the cooling and heating up above and reduce energy loss.
- Thin-slab on a subfloor requires tubing or electric elements fastened to the wood subfloor until you can finally install the concrete as the final floor. A slip sheet comes in handy in separating the concrete from the subfloor to avoid bonding. To prevent cracks in the concrete floor slab, use a rigid and non-flexing subfloor.
USES: • It can be used in either residential, commercial or industrial settings. • Floor warming • Space heating SUSTAINABILITY Enjoy plenty of benefits offered by radiant floors. Among these benefits is its sustainability.
- Quiet: It delivers heat quietly (in a non-mechanical manner) to achieve comfortable home heating.
- Thermal Comfort: it provides uniform cooling and heating. It warms the floor, the objects in the room, and the people in it instead of the circulating air. It likewise does the same when cooling the floor, the people and the objects in it.
- Recycled Content: its concrete may have contents of recycled materials like fly ash as well as slag cement.
- Energy Efficiency: you’ll require less energy when using radiant floors since it boosts thermal comfort. Most homes can enjoy 10% up to 30% energy savings and as much as 60% in shops, warehouses and hangars.
- Indoor Air Quality: there will be less dirt, dust and other particle buildups since having radiant floors minimize the need to use an alternative flooring. Likewise, it also removes forced air systems in the equation, so no need for filters that require regular maintenance and affect the quality of indoor air.
- Solar Power Friendly: you can easily pair it with solar heating.
- Temperature control: set-up a floor sensing thermostat to regulate the floor’s surface temperature. You can set the desired temperature that you want, so you save energy over time. Radiant floors will continue providing cooling and heating comfort despite the neutral floor temperature or the fact that it is not always cooler or warmer than your body temperature. When used to heat homes, you’ll sense that the floor is warm to touch during extremely cool days when you need the max output.
- System Type: it is easy to install and operate an electric system. Meanwhile, you can use any fuel source for hot water systems. You can use propane, natural gas, wood, oil, electricity or solar. You can choose between the two according to the project size, fuel, and your personal preference. Remember that you need 8 to 12 watts for every square foot, if for home use. If you wish to use it in cooling your home during summer, you may need to install a separate air conditioner unit.
Consider these factors when deciding if a radiant floor is an excellent choice for your home cooling or heating.