Resumes
Resumes
Roland Alesi Phones & Addresses
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5393 Justine Way, Winter Park, FL 32792 (407) 673-0975 (407) 679-3267 (407) 694-2162
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417 Short St, Derry, PA 15627 (724) 694-2162
Business Records
Name / Title
Company / Classification
Phones & Addresses
Manager
Ram Snap Products Co. LLC
5393 Justine Way, Winter Park, FL 32792
President, Vice President
National Construction and Development, Inc
407 Wekiva Spg Rd, Longwood, FL 32779
R.S. PROD.CO. INC
5393 Justine Way, Winter Park, FL 32792
President
ENVIRO-CRETE INC
Business Services at Non-Commercial Site
Business Services at Non-Commercial Site
5393 Justine Way, Winter Park, FL 32792
Publications
Us Patents
Vapor And Termite Barrier And Method For Concrete Slab Construction
View pageUS Patent:
20040237459, Dec 2, 2004
Filed:
May 27, 2003
Appl. No.:
10/446544
Inventors:
Roland Alesi - Winter Park FL, US
International Classification:
E04G021/00
US Classification:
052/745190, 052/741400, 052/741100
Abstract:
A vapor and termite barrier and method for use in concrete slab construction includes applying an elastomeric-seal fluid in a liquid state that cures into an elastomeric seal of all ground surface, reinforcement, conduits and concrete on a slab area. A method for applying the elastomeric-seal fluid is preferably spraying, but can include pouring, hosing and dumping. The elastomeric-seal fluid can include a mixture of germicide grade of chemical, such as boron, and a conventional product that is preferably white and has a consistency that is produced commercially for tops of house trailers and motor homes. Preventing runoff of the elastomeric-seal fluid before it cures into the elastomeric seal can be provided by a preparation step of eliminating excessive ground porosity and providing slab-area walls to a height necessary to contain the elastomeric-seal fluid at a rate that it is applied before it cures. Depth of the elastomeric-seal fluid can be ten to twenty mills, depending on consistency of the product. A highest preferred consistency of the product mixed with about one-fourth boron can be applied for a depth of about ten to twenty mills. Pouring concrete after applying the elastomeric-seal fluid and allowing it to cure for two-to-four hours, depending on weather and on product consistency, then can proceed more rapidly with less risk of damage to its protective barrier than for pouring concrete onto conventional plastic material.