Service area · Orillia
In-floor heating in Orillia, designed room by room.
Radiant in-floor heating for new builds, additions and existing homes in Orillia, between Lake Simcoe and Lake Couchiching. Every system starts with a room-by-room heat-loss calculation and ends with a commissioned, balanced, documented installation.
What we do in Orillia
In-floor heating and hydronics in Orillia
New builds, additions, basements and single rooms, plus the boiler that runs it all.
Radiant heating design
Room-by-room heat-loss calculations to the CSA F280-12 methodology, loop layouts, manifold schedules and water temperatures, for our own installs or as a design-only package for your builder or installer.
Whole-home radiant floors
New builds and major renovations, designed from the slab up, with every loop pressure-tested before and during the pour.
Retrofits & basements
Existing homes too: loops can go into a thin overpour, under the subfloor between joists, or into an addition or finished basement.
Boilers & mechanical rooms
Condensing boilers sized from a real heat-loss calculation, never a guess, with outdoor reset and clean, serviceable piping.
Snow-melt driveways & walkways
Glycol loops under concrete or pavers that clear snow and ice automatically.
Garage heat & extras
Garage and workshop heat, heated towel bars and hydronic baseboards, all run from the same warm-water system as your floors. How hydronic systems work
Radiant in an Orillia home
Three common starting points
Not every project is a new build. Here’s where in-floor heating usually starts in an existing home.
Retrofit, room by room
Loops can go into a thin overpour, under the subfloor between joists, or into new construction like an addition. A site visit tells us which route fits your home.
The coldest floor, made warm
A basement slab is one of the best places for radiant: loops over rigid insulation, then the finished floor. It turns the coldest floor in the house into a warm one.
Sized to your home, not the old label
Replacing a boiler? We size the new one from a heat-loss calculation on your actual home, never from the old one’s label, because oversized boilers short-cycle and waste fuel.
How it works
From first visit to warm floors
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Step one
Your plans, or a site walk
We come out to Orillia to walk your home, or start from your drawings: a new build, an addition, a finished basement or a single bathroom.
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Step two
Heat loss & design
A room-by-room heat-loss calculation to the CSA F280-12 methodology, then the loop layout, manifold schedule and water temperatures your space actually needs. How our designs work
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Step three
Rough-in & testing
Insulation down, loops laid exactly to the design, and every loop pressure-tested before and during the pour.
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Step four
Commissioned & documented
Every zone commissioned and balanced, the paperwork in your file, and a walkthrough of how it all works before we leave.
From our projects
What the work looks like before the floor goes down
Local questions, answered
In-floor heating questions
Can you add in-floor heating to an existing Orillia home?
Often, yes. Depending on the home, loops can go into a thin overpour, under the subfloor between joists, or into an addition or finished basement. A site visit tells us which route fits your space.
What flooring works over radiant heat?
Tile, stone, polished concrete, engineered hardwood and luxury vinyl all perform well over radiant. We design the system around your finished floor, not the other way around.
Does radiant heat the whole house, or just the floors?
A properly designed hydronic radiant system is whole-home heating. The floor is simply the radiator. We size it with a room-by-room heat-loss calculation so it holds temperature on the coldest days.
Do you do the plumbing too?
Yes. We handle heating and plumbing, so the radiant system and the plumbing scope can go under one contract with one trade. See how our systems work.
Your project next
Warm floors in Orillia
Book a free consultation and we’ll walk your home or your plans, run the heat-loss numbers, and tell you exactly what radiant would take. No pressure, no guesswork.
