Urethane Cement
Urethane Cement
PPG FLOORING Urethane Cement delivers excellent chemical, impact, and abrasion resistance in a wide variety of demanding environments. It can be applied from 1/8" to 3/8" thickness in a variety of surface textures, colors, and gloss levels. Our Urethane Cement provides a non-absorbent surface that is easily cleaned and resists thermal shock to guard against occasional spills from -40°F (-40°C) to 250°F (121°C) This system has fast return-to-service, and slip resistance can be customized during application for the required level of safety. While PPG FLOORING Urethane Cement can be used as a standalone flooring application, it can also serve as a primer or base coat for a wide range of topcoat options. Epoxy, Urethane, Novolac and Polyaspartic topcoat options add decorative, chemical, and wear resistant characteristics as needed.
5 Product Results
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PPG Flooring 2550
Formerly known as Milamar PM550 Waterborne Urethane Coating
Two-component, water-borne aliphatic urethane coating
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PPG Flooring 688 Polyaspartic
Formerly known as Milamar PM 880 Polyaspartic
Two-component, aliphatic polyurea/polyaspartic floor coating
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PPG FLOORING DECORATIVE FLAKE
PPG Flooring Decorative Flake additive is a decorative, multi-colored blend of vinyl flake designed for use in conjunction with the installation of the PPG Flooring Self-Leveling floor coating system. The PPG Flooring Decorative Flake vinyl flake additive is installed as a sprinkle or full broadcast application over freshly applied PPG Flooring Self-Leveling Epoxy.
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PPG FLOORING MOISTURE MITIGATING PRIMER
PPG Flooring Moisture Mitigating Primer is used to prevent adhesion issues by controlling vapor emissions. This 100% solids, two-component epoxy helps block vapor emissions up to 20 pounds/1000 feet/24 hours per ASTM F1869.
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PPG FLOORING SELF-LEVELING URETHANE CEMENT
PPG Flooring Self-Leveling Urethane Cement provides a heavy duty seamless flooring system with higher builds that can be installed at 1/8” – 3/16” and broadcast to rejection with silica sand or quartz to achieve 3/16” – ¼” in thickness. The resulting flooring system offers high durability and resistance to impact, thermal shock, abrasion, chemical and moisture vapor transmission.