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Case History: Site-Applied Decorative Polyaspartic Flooring in A Residential Garage Floor Application

Case History: Site-Applied Decorative Polyaspartic Flooring in A Residential Garage Floor Application
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Polyaspartic coatings have been used for years in high-performance industrial protective applications such as bridge infrastructure, water and wastewater, and transportation. More recently, these types of coatings have begun to migrate into commercial and architectural applications due to end users’ desires to protect their architectural infrastructure while maintaining a high degree of aesthetics and beauty. 

Product Number: 41214-850-SG
Author: Steven Reinstadtler, Margaret Kendi
Publication Date: 2014
Industries: Coatings , Coatings and Linings
$0.00
$20.00
$20.00

Polyaspartic coatings have been used for years in high-performance industrial protective applications such as bridge infrastructure, water and wastewater, and transportation. More recently, these types of coatings have begun to migrate into commercial and architectural applications due to end users’ desires to protect their architectural infrastructure while maintaining a high degree of aesthetics and beauty. Decorative flooring is one area into which polyaspartic coatings have migrated. This case study will discuss the use of a high solids polyaspartic coating applied in a residential garage floor in order to add a functional yet decorative element to the home. Attendees will learn about polyaspartic floor coating attributes, surface preparation of the concrete floor and how polyaspartic chemistry can enhance the design element of a normal floor in residential and commercial venues. A 3½-year-old case study site will be cited and discussed in depth as a real-world learning example.

Polyaspartic coatings have been used for years in high-performance industrial protective applications such as bridge infrastructure, water and wastewater, and transportation. More recently, these types of coatings have begun to migrate into commercial and architectural applications due to end users’ desires to protect their architectural infrastructure while maintaining a high degree of aesthetics and beauty. Decorative flooring is one area into which polyaspartic coatings have migrated. This case study will discuss the use of a high solids polyaspartic coating applied in a residential garage floor in order to add a functional yet decorative element to the home. Attendees will learn about polyaspartic floor coating attributes, surface preparation of the concrete floor and how polyaspartic chemistry can enhance the design element of a normal floor in residential and commercial venues. A 3½-year-old case study site will be cited and discussed in depth as a real-world learning example.

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Product Number: 51217-068-SG
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The Springhouse Country Market and Restaurant has been a local icon for over 40 years. The commercial bakery floor had been covered for years with a commercial sheet vinyl that would fail in spots due to the infiltration of water and cleaning materials at the seams. This resulted in the need to repair the sheet material several times which created a patchwork effect. Finally, the owner reached out to a flooring professional to discuss a new renovation solution. 
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Product Number: 41205-188-SG
Author: Mike O’Donoghue, Ron Garrett, V.J. Datta, Stan Osborne, Peter Roberts
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The rapid curing and rapid project completion characteristics of reinforced inorganic zinc and polyaspartic ester technology enables new windmills to receive two-coat systems and be ready for shipment within 12 hrs. Significant cost reduction and optimization of life cycle costs are achieved for both new construction and maintenance projects using this technology.
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Polyasparatics: An Aliphatic Coating Technology for High Productivity Applications

Product Number: 41206-286-SG
Author: Edward P. Squiller, Carl Angeloff, Kurt E. Best
Publication Date: 2006
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This paper describes the development of a new class of polyurea polymer coating. Specifically, the use of polyaspartic ester compounds, which are secondary aliphatic diamines, in combination with aliphatic polyisocyanates to form aliphatic polyurea coatings are described in this paper. 
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