Insulating Coatings Corporation Celebrates 30 Years of Manufacturing Excellence

March 24, 2015 - PRLog -- BINGHAMTON, NY (March 20, 2015) - ICC a world leader in seamless roofing and exterior coating technology, today celebrates it’s thirtieth anniversary in the fluid applied membrane manufacturing business.

ICC’s mission since 1985 has been dedicated to the production of high quality, environmentally friendly, fluid-applied membranes and systems that solve industrial problems, improve appearance and save energy, while adding to the weather tight sustainability of restored roofs, walls and industrial surfaces. The success of that mission continues to surpass the most optimistic hopes and projections. As a result, ICC has become a world leader in fluid applied membrane technology.

Here is what others have said about the Astec systems produced by ICC:

“We can extend the life of existing roofing for a fraction of the cost of conventional roof replacement.”   - Benjamin S., Col, EN Director, Dept. of the Army

“The two biggest benefits to us are the prevention of water intrusion and the reflection of the sun so we can reduce our energy costs."
- Jack F., Vice Admiral (Retired), Naval Aviation Museum

ABOUT ICC:

ICC develops and manufactures fluid-applied membrane systems for the sustainable restoration of roofs, walls, and other industrial surfaces. ASTEC elastomeric products and systems not only provide seamless water-proof and weather-tight barriers; they offer high reflectivity, emissivity, and dissipation of heat, while reducing UV light degradation.

ASTEC coatings and membranes add advantages to any substrate that can lead to substantial maintenance and energy cost reductions. All ASTEC systems qualify for Energy Star and Cool Roof programs. In addition, many ASTEC monolithic ceramic wall and roofing systems test well beyond typical standards for durability, pliability, longevity, wind resistance, abrasion resistance, and salt, chemical, and corrosives resistance, while reducing thermal shock damage and the high cost of temperature control.