Trinseo | Latex Modified Concrete for Bridge Deck Overlays: Webinar
Skip to Sub Navigation Menu Skip to Main Content
BACK

Thought Leadership

June 02, 2021

Latex Modified Concrete for Bridge Deck Overlays: Webinar

In this webinar, Chuck Fifelski, Technical Service & Development Specialist, discusses Trinseo’s Modifier A™/NA Latex and Latex Modified Concrete technology, which were developed over 50 years ago to rehabilitate of old and worn-out bridge deck surfaces. This technology has stood the test of time, both as a technology that continues to be selected for bridge deck overlays, and in actual performance, with many LMC overlays lasting 30 to 40 years with minimal maintenance required.

Modifier A™/NA latex meets all polymer and performance requirements outlined in Report Number FHWA RD-78-35, “Styrene-Butadiene Latex Modifiers for Bridge Deck Overlay Concrete.” In addition, recent LMC testing shows robust performance even under lower temperature conditions. The excellent performance of LMC overlays is highly dependent on proper bridge deck preparation and installation practices. Reliable contractors with LMC experience have proven that LMC overlays, when installed properly, are unmatched for durability and long-term performance.

Latex Modified Concrete offers several performance benefits over Portland Cement Concrete (PCC) and other technologies. LMC enables outstanding flexural strength, bond strength and chloride ion permeability resistance, making it an excellent choice for almost all North America regions and other parts of the world.

Learning Objectives:

  • History of Modifier A™/NA Latex and Latex Modified Concrete (LMC) technology
  • Performance benefits of LMC used in bridge deck overlays
  • Performance of LMC as outlined in Report Number FHWA RD-78-35, “Styrene-Butadiene Latex Modifiers for Bridge Deck Overlay Concrete”
  • Performance of LMC under low-temperature conditions
  • Keys to excellent performance:
    • Bridge deck preparation
    • Installation process and overview
  • Example Projects

Click Play to Watch: