Floor Cooling & Heating Installations

Experience the ultimate in thermal comfort with our state of the art floor heating and cooling systems. By utilizing the largest surface area in your home the floor we provide silent, efficient, and evenly distributed temperatures. Whether you are looking to escape the chill of winter or the sweltering heat of summer, our radiant systems offer a single, sustainable solution for year-round climate control.

Our Process: From Concept to Comfort

We manage every aspect of your installation to ensure a seamless experience. Here is what we do:

Consultation & Load Calculation

Before we lay a single pipe, we conduct a thorough analysis of your property. We assess:

· Thermal Insulation: Evaluating the building envelope to prevent energy loss.
· Heat Load Calculation: Using industry-standard software to determine the exact BTU/kW requirements for heating and cooling.
· Flooring Compatibility: Advising on the best floor coverings (tile, engineered hardwood, luxury vinyl, etc.) to maximize thermal conductivity.

System Selection

We offer two primary technologies tailored to your project’s needs:

System Type Best For Key Features
Hydronic (Water-Based) Large areas, new builds, whole-home systems Runs on boilers or heat pumps; highest energy efficiency for cooling; thermal mass retains temperature.
Electric (Cable/Mat) Retrofits, bathrooms, small additions Fast response time; easier installation in tight spaces; ideal for spot heating.

Precision Installation

Our certified technicians follow a rigorous installation protocol:

Subfloor Preparation: Ensuring surfaces are level, clean, and moisture-proofed.

· Manifold Placement: Installing centralized distribution points for hydronic systems to allow for zone-by-zone control.

· Loop Layout: Designing tubing or mat placement to eliminate cold spots, ensuring consistent surface temperature.

· Insulation Boarding: Installing high-density insulation boards to direct the thermal energy upward into the living space (reducing operational costs by up to 20%).

Cooling Integration (Dew Point Management)

Unlike forced air systems that blow dust and allergens, our radiant cooling is silent and hygienic. We specialize in:

· Active Chilled Beams & Radiant Panels: For commercial or high-end residential applications.

· Dew Point Control: We integrate smart sensors and thermostats to prevent condensation (sweating) on floors during humid summer months, ensuring the floor stays cool and dry, not wet.

Smart Controls & Zoning

We install intelligent thermostats that allow you to control the climate of individual rooms. Features include:

· Geofencing: Automatically adjusts temperature when you leave or return home.

· Humidity Sensors: Essential for safe cooling mode activation.

· Self-Learning Algorithms: Systems that adapt to your schedule to minimize energy waste.

Why Choose Us?

Expertise in High-Performance Systems

We are not just installers; we are system designers. We specialize in connecting floor systems to modern Air-to-Water Heat Pumps, allowing for a single unit to provide warm water in winter and chilled water in summer to the same floor loops.

The Benefits of Our Installations

· Allergy Friendly: No air ducts mean no circulation of dust, pollen, or pet dander.

· Energy Efficiency: Radiant transfer is more efficient than convective (forced air) heating. When paired with renewable energy sources, operational costs drop significantly.

· Aesthetics: Zero visible radiators or bulky vents. Complete freedom in interior design.

· Silent Operation: No clicking, whirring, or banging of forced air furnaces.


Our Portfolio: Where We Work

Residential

· New Construction: Full slab-on-grade and thin-slab systems.
· Renovations: "Dry" systems (overlay panels) that add minimal height to existing floors.
· Luxury Bathrooms: Electric floor warming with custom layouts for irregular shapes.

Commercial

· Office Spaces: Combining underfloor heating/cooling with polished concrete finishes.
· Showrooms & Retail: Ensuring customer comfort at entryways.
· Medical Facilities: Creating quiet, sterile, and comfortable environments.

Frequently Asked Questions

1. What is the difference between electric heating mats and loose cables?
Heating mats come with cables pre-attached to a mesh backing at a fixed spacing, making installation faster and ideal for regularly shaped rooms. Loose cables are installed individually using guide strips and offer greater flexibility for irregularly shaped spaces, such as rooms with curved walls, multiple obstructions, or complex layouts. Both options provide the same level of heat output.

2. Can electric floor heating be installed in a bathroom renovation without removing the existing subfloor?
Yes. Electric systems are ideal for bathroom renovations because they add minimal height. The mat or cable is installed directly over the existing subfloor using a layer of thin-set mortar or self-leveling compound, then tiled over. This allows you to add comfortable heated floors without major structural changes or raising the floor level significantly.

3. How much does it cost to run electric floor heating?
Operating costs depend on the wattage of the system and your local electricity rates. A typical electric system uses approximately 12–15 watts per square foot (130–160 watts per square meter). For a standard bathroom, running the system for a few hours each morning costs roughly the same as operating a coffee maker. Using programmable thermostats and zoning to heat only occupied rooms during specific times keeps operational costs manageable.

4. Can I use electric floor heating with any type of flooring?
Electric systems work best with flooring that conducts heat efficiently. Ideal options include porcelain and ceramic tile, natural stone, and luxury vinyl plank (LVP). Engineered wood is acceptable if the manufacturer approves it for use with radiant heat. Solid hardwood and thick carpet with padding are not recommended as they act as insulators and significantly reduce system performance.

5. How quickly does electric floor heating warm up?
Electric systems have a fast response time, typically reaching the desired temperature within 20 to 45 minutes. This makes them ideal for spaces with variable schedules, such as bathrooms used primarily in the morning and evening. You can set the thermostat to warm the floor shortly before you typically use the room and turn it off when not needed.

6. Can I install electric floor heating myself, or do I need a professional?
While electric mats and cables are relatively straightforward, we strongly recommend professional installation. A licensed electrician must handle the electrical connections to ensure compliance with local codes and safety standards. Additionally, proper installation of the heating elements, sensors, and floor covering requires experience to avoid damaging the cables or creating uneven heat distribution. Professional installation also preserves manufacturer warranties.

7. What happens if a heating cable is damaged during installation?
Cables are tested before, during, and after installation to verify continuity and resistance. If a cable is damaged (for example, by a trowel or staple), the system will fail the final test. Reputable manufacturers provide resistance readings that must be documented. In the event of damage, the affected section must be removed and replaced. This is why we conduct multiple tests throughout the installation process to catch issues early.

8. Can electric floor heating also provide cooling?
No. Electric floor heating systems are designed for heating only. They operate by passing electrical current through a resistive cable to generate heat. If cooling capability is required, a hydronic (water-based) system paired with a heat pump is necessary. Electric systems are an excellent choice for dedicated heating applications such as bathrooms, kitchens, and additions where cooling is handled separately.

9. How long does an electric floor heating system last?

Electric heating cables are designed for a lifespan of 30 years or more. The cables themselves have no moving parts and are embedded in mortar or thin-set, which protects them from physical damage. Thermostats and sensors typically last 10 to 15 years and are easily replaceable without disturbing the floor. We provide full documentation of all components along with manufacturer warranty information.

10. Is electric floor heating safe in wet areas like showers and bathrooms?
Yes. Electric floor heating systems are specifically designed for wet areas. All cables and mats are waterproof and installed with a GFCI (ground fault circuit interrupter) protected thermostat, which meets electrical code requirements for bathrooms, showers, and steam rooms. When installed correctly beneath tile with proper waterproofing, the system is completely safe.

Still have questions? We're here to help.
Every installation is unique, and we understand that you may have specific questions about your project. Contact us directly for personalized answers and expert guidance.