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Polymer Concrete Patching. Volume II

C. Root / D. A. Ismalia / C. Locke

This report discusses the use of impermeable, high strength, quick setting polymer concrete as a patching for deteriorated bridge decks. A complete procedure for bridge deck patching is presented. Both laboratory and field tests of polymer concrete were performed. Experiments include determination of cure time and compressive strength for various monomer mixes. Field patches on several Oklahoma bridge decks were placed with the help of the Oklahoma Department of Transportation. The two commercial patching materials, Dupont's Crylon and Rohm and Haas' Plexicrete were also tested. Formulation of the proper monomer system for a polymer concrete mix with suitable properties for bridge deck patching from 20F to 130F is presented. The cost of polymer concrete is estimated at about $16 per cubic foot of patch volume.

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Polymer Concrete Patching. Volume II

C. Root / D. A. Ismalia / C. Locke

This report discusses the use of impermeable, high strength, quick setting polymer concrete as a patching for deteriorated bridge decks. A complete procedure for bridge deck patching is presented. Both laboratory and field tests of polymer concrete were performed. Experiments include determination of cure time and compressive strength for various monomer mixes. Field patches on several Oklahoma bridge decks were placed with the help of the Oklahoma Department of Transportation. The two commercial patching materials, Dupont's Crylon and Rohm and Haas' Plexicrete were also tested. Formulation of the proper monomer system for a polymer concrete mix with suitable properties for bridge deck patching from 20F to 130F is presented. The cost of polymer concrete is estimated at about $16 per cubic foot of patch volume.

Polymer Concrete Patching. Volume II

C. Root / D. A. Ismalia / C. Locke

This report discusses the use of impermeable, high strength, quick setting polymer concrete as a patching for deteriorated bridge decks. A complete procedure for bridge deck patching is presented. Both laboratory and field tests of polymer concrete were performed. Experiments include determination of cure time and compressive strength for various monomer mixes. Field patches on several Oklahoma bridge decks were placed with the help of the Oklahoma Department of Transportation. The two commercial patching materials, Dupont's Crylon and Rohm and Haas' Plexicrete were also tested. Formulation of the proper monomer system for a polymer concrete mix with suitable properties for bridge deck patching from 20F to 130F is presented. The cost of polymer concrete is estimated at about $16 per cubic foot of patch volume.

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Title:

Polymer Concrete Patching. Volume II

Contributors:

C. Root (author) / D. A. Ismalia (author) / C. Locke (author)

Publication date:

1980

Size:

102 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Highway Engineering , Construction Equipment, Materials, & Supplies , Chemistry , Concrete pavements , Maintenance , Mixing , Materials estimates , Curing , Compressive strength , Field tests , Construction materials , Polymer concretes , Concrete patching , Monomers

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