Servicing Australia-wide
Commercial & Industrial Polyurethane Cement Floors
As specialists in polyurethane cement flooring, we have built a reputation as a leading applicator of polyurethane cement in Victoria. Applied as a seamless layer over a concrete substrate, polyurethane cement offers excellent resistance to wear and tear and is a long-term, durable solution for industrial and commercial floors.
Experience Superior Performance with Polyurethane Cement
As one of the toughest floor coating technologies in the market that is easy to clean and maintain, poly-cement is the flooring of choice for a majority of Australian food and beverage facilities, as well as a range of heavy-duty industries like manufacturing and mechanical.
Poly-Cement Flooring for Any Facility
Protect Your People and Minimise Risk
Designed to withstand extreme working environments, polyurethane cement coatings deliver:
- Odourless resin formulation with zero taint
- Hygienic, antimicrobial surfaces that are easy to clean and maintain
- Textured finishes from smooth through to coarse
- Impact, chemical, thermal and abrasion resistance
- Moisture and temperature tolerance from – 25°C to +130°C
- Compliance with OH&S standards set by HACCP, TGA, AQIS and Food Safe
- Quicker installation than similar thickness epoxies
Speak to the team at Ascoat today to discuss your polyurethane cement flooring requirements.
Case Studies
Recent Projects
See our portfolio of high-quality commercial and industrial flooring projects that we have completed for leading Australian businesses. From luxury car workshops and pharmaceutical laboratories to electronics manufacturing facilities, we deliver trusted advice, expert application and compliant outcomes for epoxy, resin and ESD flooring.
Advatek Lighting
Having consulted broadly with industry experts to understand options for maintaining positive ESD outcomes, Advatek Lighting selected Ascoat to install a static control floor.
Testimonials
Our Clients
Polyurethane Flooring FAQs
Need help? Get in touch now for a free, no obligation consultation.
The short answer is..usually yes! However, it depends on the environment. In heavy duty food and beverage with it’s frequent washing, exposure to high temperatures, as well concentrated chemicals , PU Cement is objectively capable of performing better than epoxy due to it’s superior chemical, thermal, impact resistance amongst other characteristics. It stands to reason that Polyurethane Cement has wrestled the overwhelming share of resin flooring from epoxy over the last decade, as customer’s who have experienced both insist on Polyurethane Cement over epoxy in order to reduce the frequency of maintaining or even replacing their floors.
It can be if you compare it to basic rolled on or low film build epoxy coatings, however when you increase the thickness of the coating, which is necessary to deal with a heavy duty environment, it can actually be comparable or even cheaper than similar thickness epoxy flooring. Another cost advantage of the Polyurethane Cement application is that it can be applied in fewer steps than an epoxy floor, resulting in expensive labour savings.
Early versions of PU cement were matt finish and were more prone to staining, however most manufacturers now offer glossier finishes which greatly improves the staining of PU Cement floors, discolouration is also common, especially with light of pastel colours due to the natural tendency of this type of resin and hardener to slightly darken or go brown over time. New colour stable options are available, however they come at a cost premium.
Most epoxies soften at over 60° Celsius, due to their thermosetting nature and composition. PU Cements are modified with polyurethane resin, which means their composition and thermal characteristics are almost identical the concrete surface they are applied to. Therefore, their coefficient of thermal expansion and contraction mirrors the underlying concrete, which imparts a more favourable behaviour when temperatures increase or decrease during washing or production. Polyurethane cement can comfortably withstand elevated temperatures in excess of 100° Celsius.