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Durable Systems for Commercial Real Estate and Facility Management

Eco-Cool Roof 5000 Elastomeric Roofing System

Eco-Coat 1500 Polyaspartic Aliphatic Polyurea Coating System

Eco-Cool Roof 5000

Advantages to Cool Roof Systems

Energy-efficient roofing systems can significantly reduce roof temperatures during the summer. Selecting cool roofing materials and systems that reflect the sun's radiant energy, before it penetrates building interiors, will mitigate urban heat island effects. Cool roofs minimize the transfer of heat to the building below by reflecting and emitting the sun’s energy back to the atmosphere. The surrounding environment is cooler, reducing the urban heat island effect and smog formation. Cool roofs benefit building owners and the environment as follows:

  1. Lower rooftop temperatures lead to reduced cooling loads and air conditioning use
  2. Less wear and tear on air conditioning systems and greater efficiency at lower temperatures
  3. Lower ambient air temperatures inside buildings and increased occupant comfort
  4. Increased roof longevity
  5. Reduced energy use during peak electricity demand hours avoids the need for rolling black-outs
  6. Energy Conservation results in reduced emissions of CO2, particulate matter, and other air pollutants into our Atmosphere

Eco-Coat 1500 Floor & Concrete Coating System

Polyurea Polyaspartics are revolutionary to the floor & concrete coating marketplace. Epoxies once were the standard coating for many industrial and architectural purposes, but the advancements in technology have provided a far superior alternative: Eco-Coat 1500. Eco-Coat 1500 is a 100% solids, Zero VOC polyaspartic aliphatic Polyurea. 

Eco-Coat 1500 outperforms Epoxies in every conceivable category. EC-1500 is stronger, demonstrates better adhesion, achieves a more decorative, is more durable, more chemically resistant, will not Yellow or Fade over time from UV exposure, and can be applied in almost Temperature and Humidity Level where Epoxies cannot be applied below 50 Degrees Fahrenheit. Most importantly, from Surface Preparation to Return to Use our Process takes 6-8 Hours versus 2-3 DAYS with Epoxies.