Catalog Item

S&T Project 21019 Final Report: Investigating Newly Formulated Polysiloxane Coating Systems with Improved Erosion and Impact Properties

Bureau of Reclamation and Army Corp of Engineers are investigating materials to provide a replacement for vinyl coatings. Previous research showed polysiloxanes as a potential replacement. This research studied 12 polysiloxane coating systems that were formulated for improved erosion and impact resistance. Laboratory results showed that 3-D-P-2K-2-S is considered a valid replacement for vinyl system 4. Although system, 3-Z-P-2K-2-S had blistering and adhesion issues, it might be possible for the manufacturer to find a different zinc rich primer to get the desired performance, and potentially be a replacement for vinyl system 5EZ. None of the coating systems from manufacturers one or two are viable replacements for either of the vinyl coating systems.
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Catalog Record Title Data and Report from S&T Project 21019: Investigating Newly Formulated Polysiloxane Coating Systems with Improved Erosion and Impact Properties
Generation Effort S&T Project 21019: Investigating Newly Formulated Polysiloxane Coating Systems with Improved Erosion and Impact Properties
Location Name Reclamation Technical Service Center (TSC)
Type Uploaded file(s)
File Type PDF
Publisher Bureau of Reclamation
Publication Date Tuesday, September 24th, 2024
Update Frequency not planned
Last Update Monday, September 30th, 2024

Disclaimer

The findings and conclusions of this work are those of the author(s) and do not necessarily represent the views of the Bureau of Reclamation.

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Uploaded file(s)
S&T Project 21019 Data: Electrochemical Impedance Spectroscopy Data 2-E-P-1K-2-S
S&T Project 21019 Data: Erosion Data 2-E-P-1K-2-S
S&T Project 21019 Data: Impact Data 2-E-P-1K-2-S
S&T Project 21019 Data: Rust Creep Data 2-E-P-1K-2-S
S&T Project 21019 Data: Wet and Dry Adhesion Data 2-E-P-1K-2-S
S&T Project 21019 Data: Electrochemical Impedance Spectroscopy Data 2-E-P-2K-2-S
S&T Project 21019 Data: Erosion Data 2-E-P-2K-2-S
S&T Project 21019 Data: Impact Data 2-E-P-2K-2-S
S&T Project 21019 Data: Rust Creep Data 2-E-P-2K-2-S
S&T Project 21019 Data: Wet and Dry Adhesion Data 2-E-P-2K-2-S
S&T Project 21019 Data: Electrochemical Impedance Spectroscopy Data 2-Z-P-1K-2-S
S&T Project 21019 Data: Erosion Data 2-Z-P-1K-2-S
S&T Project 21019 Data: Impact Data 2-Z-P-1K-2-S
S&T Project 21019 Data: Rust Creep Data 2-Z-P-1K-2-S
S&T Project 21019 Data: Wet and Dry Adhesion Data 2-Z-P-1K-2-S
S&T Project 21019 Data: Electrochemical Impedance Spectroscopy Data 2-Z-P-2K-2-S
S&T Project 21019 Data: Erosion Data 2-Z-P-2K-2-S
S&T Project 21019 Data: Impact Data 2-Z-P-2K-2-S
S&T Project 21019 Data: Rust Creep Data 2-Z-P-2K-2-S
S&T Project 21019 Data: Wet and Dry Adhesion Data 2-Z-P-2K-2-S
S&T Project 21019 Data: Electrochemical Impedance Spectroscopy Data 3-D-P-2K-2-S
S&T Project 21019 Data: Erosion Data 3-D-P-2K-2-S
S&T Project 21019 Data: Impact Data 3-D-P-2K-2-S
S&T Project 21019 Data: Rust Creep Data 3-D-P-2K-2-S
S&T Project 21019 Data: Wet and Dry Adhesion Data 3-D-P-2K-2-S
S&T Project 21019 Data: Electrochemical Impedance Spectroscopy Data 3-Z-P-2K-2-S
S&T Project 21019 Data: Erosion Data 3-Z-P-2K-2-S
S&T Project 21019 Data: Impact Data 3-Z-P-2K-2-S
S&T Project 21019 Data: Rust Creep Data 3-Z-P-2K-2-S
S&T Project 21019 Data: Wet and Dry Adhesion Data 3-Z-P-2K-2-S