Trusted by Companies, Schools, and Organizations across the US
We’ve worked with buildings of all sizes extensively throughout the US
Our commitment to customer service is our most important asset. We look forward to serving you!
What makes the 2001 Company Wind-Vented™ System unique? Our Equalizer Valves turn your flat roof into a breathing roof! The more the wind blows, the more your roof’s single-ply membrane (EPDM, TPO or PVC) is “vacuum-packed” against the building itself. When the wind dies down, the valves then breathe out any moisture that has been trapped under the roof’s membrane. No other roofing system can do this. This is an ongoing process; 24 hours a day, 365 days a year. Have peace-of-mind knowing that your roof is a working part of your building!
Upward migration of water vapor is vacuumed out of the roof assembly through one way valves placed in wind vortex intensity areas of a building perimeter.
Our Wind-Vented System creates increased thermal performance and mitigation of mold, mildew and fungi.
Our Wind-Vented System doesn’t require you to rip off your old roof, keeping the interior of your building dry and safe from debris.
No need to rip up your old roof and cart it off to the landfill. We qualify as a third roof. Hence we can roof over the existing roof, in some cases eliminating the additional cost for new insulation. Gain the benefit of asbestos encapsulation as well. Take advantage of the significant savings by using our Wind-Vented System.
There is no need to mechanically adhere the roof membrane – save money on small items like screws and glue. We also offer our Kelly Green Board that is a better option to OSB, Plywood, or Gypsum.
We are the original Wind-Vented System. 2001 Co. uses only quality membranes and adhesives. Our air seal techniques were developed in house. We have installed roofs in every one of the 50 states, as well as the Virgin Islands and Puerto Rico.
We’ve worked with buildings of all sizes extensively throughout the US
Below are graphics explaining how wind affects a building and how our valves work.
