Search
Filters
Close

Self-Stratifying Environmentally Friendly Alkyd Coatings

The current process for coating large metal substrates, such as the decks of naval ships, requires pretreatment, primer, and topcoat steps. Developing a coating that can combine these steps into one would significantly reduce the labor costs and application time, which are significantly more expensive than the coating itself. This research shows the development of a self-stratifying alkyd coating. 

Product Number: 51216-005-SG
Author: Ryan R. Salata, Mark D. Soucek.
Publication Date: 2016
$0.00
$20.00
$20.00

The current process for coating large metal substrates, such as the decks of naval ships, requires pretreatment, primer, and topcoat steps. Developing a coating that can combine these steps into one would significantly reduce the labor costs and application time, which are significantly more expensive than the coating itself. This research shows the development of a self-stratifying alkyd coating. Alkyd resins are polyesters modified with monobasic fatty acids from renewable seed oils such as tung, linseed, and soybean oil. The major drawbacks of durability, pH sensitivity, and a slow autoxidative curing mechanism will be targeted to engineer a fast curing, environmentally friendly, high performance coating. It is proposed that partial self-stratification is driven by three mechanisms; the semi-incompatibility of the two alkyds as the solvent evaporates, the low surface energy of fluorine modified alkyds, and the propensity for siloxane modified alkyds to hydrolyze with moisture on the substrate surface.

The current process for coating large metal substrates, such as the decks of naval ships, requires pretreatment, primer, and topcoat steps. Developing a coating that can combine these steps into one would significantly reduce the labor costs and application time, which are significantly more expensive than the coating itself. This research shows the development of a self-stratifying alkyd coating. Alkyd resins are polyesters modified with monobasic fatty acids from renewable seed oils such as tung, linseed, and soybean oil. The major drawbacks of durability, pH sensitivity, and a slow autoxidative curing mechanism will be targeted to engineer a fast curing, environmentally friendly, high performance coating. It is proposed that partial self-stratification is driven by three mechanisms; the semi-incompatibility of the two alkyds as the solvent evaporates, the low surface energy of fluorine modified alkyds, and the propensity for siloxane modified alkyds to hydrolyze with moisture on the substrate surface.

Also Purchased
Picture for 10004 Internal Coating of Multiphase Pipelines - Requirements for the Coating
Available for download

10004 Internal Coating of Multiphase Pipelines - Requirements for the Coating

Product Number: 51300-10004-SG
ISBN: 10004 2010 CP
Author: Ole Oystein Knudsen, Astrid Bjorgum and Ann Karin Kvernbraten
Publication Date: 2010
$20.00
Picture for 10038 Characterization of Internal and External Coatings Used on steel Pipelines
Available for download

10038 Characterization of Internal and External Coatings Used on steel Pipelines

Product Number: 51300-10038-SG
ISBN: 10038 2010 CP
Author: Steven Waters, Haralampos Tsaprailis, William Kovacs III, Joshua Tuggle and Luis Garfias-Mesias
Publication Date: 2010
$20.00