A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Thin Sand Filled Resin Overlays
The use of thin sand filled resinous overlays to prevent the penetration of water and deicing salts into portland cement concrete (PCC) bridge and overpass decks has been investigated. Sealing of PCC surfaces and the provision of a new durable skid resistant surface cannot be attained with conventional PCC or asphalt materials. An overlay composed of multiple layers of synthetic thermosetting resins and clean, dry, round grain silica sand which reduces the penetration of water by over 94 percent has been developed. (ERA citation 04:019821)
Thin Sand Filled Resin Overlays
The use of thin sand filled resinous overlays to prevent the penetration of water and deicing salts into portland cement concrete (PCC) bridge and overpass decks has been investigated. Sealing of PCC surfaces and the provision of a new durable skid resistant surface cannot be attained with conventional PCC or asphalt materials. An overlay composed of multiple layers of synthetic thermosetting resins and clean, dry, round grain silica sand which reduces the penetration of water by over 94 percent has been developed. (ERA citation 04:019821)
Thin Sand Filled Resin Overlays
J. J. Fontana (author) / R. Webster (author)
1978
17 pages
Report
No indication
English
Highway Engineering , Coatings, Colorants, & Finishes , Composite materials , Thermoplastics , Roads , Concretes , Permeability , Polymers , Sand , Surface treatments , Uses , Road materials , Pavement overlays , Bridge decks , ERDA/360401 , ERDA/360404 , Skid resistance , Filled thermoplastics , Thermosetting resins , Waterproofing , Barrier coatings
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