Radiant Floor Heating
Warmth from the floor up.
Silent. Even. Efficient.
Radiant heating warms every square inch of floor uniformly. No forced air. No noise. No hot spots near vents and cold zones everywhere else. Just consistent, effortless warmth beneath your feet.
Hydronic tubing
Zone control
Geothermal compatible
Silent operation
Why radiant is different
Forced air heats the air. Radiant heats the room.
Conventional forced-air systems blow hot air in from the ceiling or walls. That air rises, stratifies, and creates the uncomfortable pattern of warm spots near vents and cold spots everywhere else. Radiant heating works through thermal radiation—floor surfaces warm objects and people directly, not the air. The result is measurably more even and comfortable.
Even temperature distribution
No hot spots. No cold zones.
Zero noise
Radiant heating warms every square inch of floor uniformly. Heat radiates upward evenly, maintaining consistent temperatures at floor level where you actually feel it—not trapped up near the ceiling.
Completely silent operation.
No furnace rumbling. No air handler blowing. No ductwork creaking when temperatures change. Radiant heating is completely silent—your home stays exactly as peaceful as it should be.
Zone control
Each room has its own thermostat.
Energy efficiency
Every zone can maintain its own temperature. Want the guest bedroom cool while the living room stays warm? No problem. You're only heating occupied spaces—not conditioning air throughout the entire house.
Lower operating temperatures, lower bills.
Radiant systems operate at lower water temperatures than baseboard heating. This makes them especially compatible with geothermal (which excels at lower temps) and high-efficiency boilers. No energy lost to ductwork leakage.
Perfect applications
From a single bathroom to whole-home systems.
Bathrooms
The most popular application. Warm tile floors transform the experience, especially for older residents or young children. The system is completely hidden, leaving the bathroom clean and uncluttered.
Kitchens
Warm kitchen floors in winter. Works beautifully with tile, stone, or other kitchen flooring materials. Particularly welcome during extended time standing at the counter or sink.
Finished Basements
Basements are notoriously cold because they're below grade. Radiant heating solves this elegantly—warming the entire space and eliminating the chilly feel that makes basement rooms feel uncomfortable.
Whole-Home Systems
For new construction or major renovations, radiant can heat your entire home. Zone-by-zone control throughout every level. The result is unmatched comfort and efficiency—no visible heating equipment in any room.
Additions & Sunrooms
Adding a sunroom, office, or guest suite? Radiant heating is far simpler and more comfortable than trying to extend an existing forced-air system. A natural choice for additions at any scale.
Garage Floors
A warm garage floor for working on cars, woodworking, or hobbies through the winter. Also prevents ice from forming on the floor surface—a safety improvement for attached garages.
Installation methods
Three ways to install, depending on your project.
01. Nail-Down / Staple-Up
Tubing is attached beneath the subfloor or to the underside of joists with aluminum heat transfer plates. Works with any flooring above. The most common retrofit method for existing structures.
02. Embedded in Concrete
Tubing is embedded in a concrete slab during pouring. Ideal for new construction, basement slabs, and garage floors. Provides excellent thermal mass that holds and releases heat steadily.
03. Low-Profile / Retrofit Panels
Lightweight panel systems that install over existing floors with minimal height addition. Used in renovations where you can't access the subfloor from below or dig into the slab.
Geothermal pairing
Radiant and geothermal are a natural match.
Geothermal systems naturally produce water at 90–100°F—which is ideal for radiant heating. A ClimateMaster geothermal system paired with radiant floors delivers maximum efficiency: the system runs at its optimal output temperature while providing the most comfortable heating method available.
Why they work together
Heat pumps and geothermal systems are most efficient when the supply water temperature is lower—typically 90–110°F. Radiant floor heating requires exactly that range. Traditional baseboard heating needs 140–180°F water, forcing the heat pump to work much harder.
Pairing with a condensing boiler
A high-efficiency condensing boiler also pairs excellently with radiant heating. Condensing boilers reach peak efficiency at low return water temperatures—exactly what radiant systems provide. AFUE 95%+ combined with zone control makes this one of the most cost-effective gas heating options available.
- Geothermal COP of 4–5 at radiant supply temps
- No efficiency penalty — the system runs in its optimal range
- Lower operating cost than any other heated-floor option
- 95%+ efficiency with low-temperature return water
- Silent operation — no blower on radiant zones
- Compatible with domestic hot water production
The numbers
Why radiant delivers measurably better comfort.
20%
0 dB
20+
Lower operating cost vs. forced-air when paired with geothermal
Operating noise — silent by design, no blowers or air handlers
Years typical lifespan — minimal moving parts, minimal maintenance