Many Minnesota homeowners are installing radiant heat to combat our frigid winters. Our thermally conductive epoxy maximizes system efficiency while providing a beautiful finished surface.
The process begins with embedding temperature sensors in the slab to monitor heat distribution. We then apply a metallic-loaded primer that enhances thermal transfer. The color coat gets formulated with ceramic microspheres that retain warmth without compromising durability. Final thickness is precision-controlled to avoid insulating effects while providing enough mass for heat retention.
Special applications include garage workshops where comfort matters and basement suites needing consistent temperatures. We coordinate with HVAC contractors to ensure proper system commissioning. The result is floors that stay comfortably warm during -20°F January nights while reducing energy costs compared to traditional floor coverings.
The process begins with embedding temperature sensors in the slab to monitor heat distribution. We then apply a metallic-loaded primer that enhances thermal transfer. The color coat gets formulated with ceramic microspheres that retain warmth without compromising durability. Final thickness is precision-controlled to avoid insulating effects while providing enough mass for heat retention.
Special applications include garage workshops where comfort matters and basement suites needing consistent temperatures. We coordinate with HVAC contractors to ensure proper system commissioning. The result is floors that stay comfortably warm during -20°F January nights while reducing energy costs compared to traditional floor coverings.
Our Process
- 01 Step 1: Radiant system evaluation and mapping
- 02 Step 2: Thermal enhancement primer application
- 03 Step 3: Temperature-regulated topcoat installation
- 04 Step 4: System performance verification
Benefits
- Improves radiant system efficiency by up to 30%
- Eliminates cold spots common with other floorings
- Maintains consistent temperature during power outages
- Compatible with solar thermal systems
Frequently Asked Questions
Will epoxy crack over my pex tubing?
Our flexible formulation moves with tubing expansion and includes stress-relief patterns around manifold areas. We've installed over 200 systems in the metro with zero callbacks for cracking.
How soon after installation can we turn on the heat?
We recommend a 7-day gradual ramp-up period to allow proper curing. Our technicians will provide specific temperature schedules based on your system type and floor area.