Radiant Heating & Snow Melt in Park City

Hydronic heating built for the mountains

Park City homes face heating challenges most of the valley never sees — high altitude, sub-zero nights, and serious snow load. That's exactly where hydronic heating shines, and it's why so many Park City and Summit County homes rely on radiant floors and snow melt. Phillips Hydronics designs and installs mountain-grade hydronic systems built for these conditions, from ski-in chalets and Deer Valley estates to cabins in the surrounding canyons.

Radiant floor heating for Park City homes

In a Park City winter, radiant floor heating isn't a luxury so much as the right tool for the job. It delivers deep, even warmth that forced air struggles to match at altitude, keeps stone and tile floors comfortable underfoot, and runs silently in the background of a quiet mountain home. For luxury builds with large windows and open volumes, radiant keeps comfort consistent without the drafts and hot-and-cold swings of forced air. We design each system to the home's true heat loss — critical when nights drop well below zero.

Snow melt is what Park City asks us for most

A hydronic snow-melt system circulates a warm glycol mix through tubing under your driveway, walkways, and entries, melting snow and ice as it falls. For Park City's steep drives and relentless winters, it means no more plowing, shoveling, or ice hazards — and no salt damage to stone and concrete. We design snow melt to handle the area's real snow loads, with proper sensors and controls so it runs only when needed, and we integrate it with the home's boiler so it's all one efficient system.

For builders, architects & homeowners

We work directly with Park City homeowners and partner with the GCs, architects, and builders who put up the area's custom homes. As specialists, we own the entire hydronic scope — radiant, snow melt, boilers, and controls — so the builder coordinates with one trade partner instead of several. If you're planning a mountain home, bring us in early; the cleanest, most efficient systems are the ones designed before the slab goes down.

Frequently asked questions