Heated Driveways & Snow Melting Systems

Prevent snow and ice buildup from creating hazards on driveways and other surfaces by installing a heated driveway or other heated surface. With options for asphalt, pavers, and concrete, Warmquest can keep your driveway, stairs, sidewalks, entrances and more clear of snow and ice. Additionally, our snow melting cables can be retrofit into existing surfaces.

Reliable & Cost Effective Snow Melting Systems

  • Melt snow and ice effectively and efficiently with electric coils embedded in the surface.
  • Safe, convenient, and cost effective solutions.
  • Reliable with no moving parts to maintain.
  • Systems designed to regional snow load data from ASHRAE, ensuring the needed heat is provided to each project.
  • Automated activation devices and controls manage costs and ensure efficiency.

Solutions tailored to your climate, elevation, and more

  • Custom solutions tailored to your project’s needs.
  • Designed to ensure effective surface heating while reducing energy usage.
  • Heat driveways, patios, walkways, stairs, entrances, loading docks, and more!

Explore the applications below for more information on your next snow melting project. 

Heated Concrete and Asphalt Surfaces
Heated Concrete and Asphalt Surfaces

With years of experience in sales, installation, design and support for heated driveways, sidewalks, stairs, decks, bridges, and ramps our team can create a custom solution that meets your needs. 

Heating Pavers or Stone
Heating Pavers or Stone

Shoveling pavers and stone can be particularly frustrating and they are easily damaged by snow removal equipment and chemicals. With a heated paver or stone surface, never worry about snow removal again. 

Retrofit Heated Driveways and Sidewalks
Retrofit Heated Driveways and Sidewalks

Anyone can enjoy a heated driveway or sidewalk without tearing out their existing surface. Our Tuff Cable and Hott-Wire can be retrofit to bring all the benefits of a snow melting systems to existing driveways, ramps, walkways or other surfaces.