Heated Shower Floor: The Ultimate Guide to Comfort and Luxury

1. Schluter recommends using a dedicated heating cable inside the shower area and a separate cable for the bathroom floor area. 2. The heating cables cannot be installed under or through the shower curb. 3. The cable must be installed over the curb in a routed section and secured with a hot glue gun or similar. 4. The routed section must be filled with thin-set mortar and Schluter-KERDI must be installed over it. 5. After the curb is installed, Schluter-KERDI waterproofing membrane is installed over the DITRA-HEAT system on the shower base. 6. The floor temperature sensor should not be installed inside the shower area, but rather on the bathroom floor. 7. Approval of electric floor warming in shower applications must be verified by the local building code official or authority having jurisdiction. 8. Radiant floor heating can help ease the discomfort of getting out of bed in a cold house. 9. Radiant floor heating keeps spaces more evenly heated and makes people more comfortable. 10. Installing radiant floor heating throughout a home can be expensive, but it is more affordable for smaller spaces like bathrooms. 11. The average cost for installing radiant floor heating in a 100-square-foot bathroom is $600, with a cost range of $5 to $8 per square foot. 12. Radiant floor heating is often cost-effective in the long run as it requires minimal maintenance and has solid warranties. 13. Radiant heat systems retain heat better, heat more thoroughly, and waste less energy compared to forced air. 14. Radiant floor heating allows for lower heat settings while still feeling comfortable. 15. Energy savings depend on factors such as location, winter climate, insulation, etc. 16. Radiant floor heating can result in energy savings of 10-30%, and sometimes up to 60%. 17. Installing radiant floor heating in the bathroom may not lead to as high energy savings as installing it throughout the whole house. 18. Heated floors can effectively heat the entire room, unlike forced air systems that often only heat the perimeter. 19. Factors such as room insulation and flooring choice can affect the performance of radiant floor heating. 20. There are two types of radiant floor heating: electric and hydronic. 21. Electric radiant heating uses coils underneath the floors and requires an electrician for installation. 22. Hydronic floor heating uses tubes and a boiler system to heat the water, making it suitable for homes with existing boiler systems. 23. Operating costs for hydronic floor heating are cheaper than electric systems, but installation can be expensive if a boiler system is not already in place.

Heated Floor Under Carpet: A Cozy Solution to Winter Chills!

When installing a heated floor under carpet, it is important to consider the thermal resistance of the materials used. The overall thickness of any materials above the heater, including underlays and overlays, should be taken into account. The carpet should be at least 1/4" thick but no more than 1" thick. The underlay should have low thermal resistance, and the carpet should be hessian backed for efficient operation of the system. Felt underlay should be avoided as it may hinder the performance of the system. Any type of carpet padding can be used as long as it has a density of 6 pounds per cubic foot or more. Most good quality rebounded polyurethane and prime polyurethane have a density of 8 pounds per cubic foot or more. The R-value of the carpet over the foil heater should not be greater than 1. Underfloor heating can be used with carpet flooring, but certain considerations need to be taken into account. The type of carpet, tog ratings, and carpet underlay can impact the efficiency of the heating system. However, using carpet with underfloor heating has benefits such as making a room feel cozy and reducing the circulation of dust compared to radiators. Certain types of carpet, such as those with hessian backing instead of rubber, are recommended for use with underfloor heating. Thick carpets may not allow the heat to travel effectively. The article discusses the importance of choosing the correct carpet for a heated floor system. It mentions that the insulation provided by the carpet can reduce the efficiency of the heating system. To determine if a carpet is suitable for underfloor heating, the article advises checking its tog rating, which is a measure of thermal resistance. The combined value of the carpet and underlay should not exceed 2.5 tog, and preferably less than 1.5 tog for systems with a heat pump. The article provides an example of a carpet with a tog value of 1.23. It also suggests seeking advice from both Nu-Heat design engineers and carpet suppliers when using thick wool and nylon carpets. The article concludes that if the overall tog rating, including the carpet underlay, exceeds 2.5 tog, the underfloor heating system may not perform effectively.

DITRA Heated Floor Kit: Efficient & Comfortable Home Heating

- Schluter®-DITRA-HEAT - electric floor warming - uncoupling - waterproofing - vapor management - support functions - customizable floor heating - self-leveling compounds not required - prevents cracking and delaminating - reliable waterproofing - manages moisture beneath tile - load distribution capabilities - compatible with various floor coverings - engineered wood - vinyl - luxury vinyl tiles - stone plastic composite tiles - laminate flooring - technical bulletin - alternative floor coverings over DITRA-HEAT - easy installation - good documentation - helpful videos - flexible mats - simple installation of heating cable - easy setup of thermostats - useful information from thermostats - even and radiant heat - temperature on thermostat - comfortable in unheated kitchen - withstands 10 degrees outside temperature