URETHANE CEMENT FLOORING SYSTEMS
Engineered for Environments Where Standard Coatings Fail
Not all floors fail because of poor installation — many fail because the wrong system was selected.
In environments exposed to thermal shock, heavy traffic, moisture, and aggressive cleaning, traditional epoxy systems often cannot perform long-term.
At Procure Surface Solutions, we engineer Urethane Cement Flooring Systems designed for extreme service conditions, where durability, hygiene, and performance are non-negotiable.
These systems are not decorative coatings.
They are industrial-grade flooring assemblies built to withstand real-world operational demands.
SYSTEM CLASSIFICATION
System Type:
Heavy-Duty Industrial Flooring System
Function:
Thermal Shock Resistance / Chemical Resistance / Impact Durability
Typical Thickness:
3/16” to 1/2”+ depending on system design
Service Environment:
Severe Duty / Wet Processing / Thermal Cycling / High Impact Zones
Traffic Rating:
Pedestrian to Heavy Industrial (including continuous forklift and equipment traffic)
WHY URETHANE CEMENT MATTERS
Standard coatings are not designed for extreme environments.
In high-demand facilities, floors are exposed to:
- Rapid temperature changes (thermal shock)
- Constant wet conditions and washdowns
- Heavy impact and mechanical stress
- Aggressive cleaning chemicals
- Continuous forklift and pallet traffic
The result with traditional systems:
- Cracking and delamination
- Surface breakdown
- Repeated maintenance cycles
Urethane cement systems are engineered to absorb stress, not fail under it.
ENGINEERED — NOT GENERIC
At Procure, urethane cement systems are specified based on:
- Substrate condition and strength
- Moisture presence and vapor transmission
- Thermal exposure and cleaning cycles
- Traffic intensity and load requirements
- Hygiene and compliance needs
This ensures your system is built for your environment — not a standard template.
TYPES OF URETHANE CEMENT SYSTEMS
Self-Leveling Urethane Cement Systems
- Smooth, seamless finish
- High chemical resistance
- Easy to clean and maintain
Best suited for:
- food processing
- pharmaceutical facilities
- commercial kitchens
Broadcast Urethane Cement Systems
- Textured, slip-resistant surface
- Enhanced durability and thickness
- Improved safety in wet environments
Best suited for:
- wet processing zones
- washdown areas
- heavy industrial facilities
Trowel-Applied Urethane Cement Systems
- Maximum thickness and durability
- High impact and thermal shock resistance
- Designed for extreme service environments
Best suited for:
- Heavy manufacturing
- Meat and food plants
- Industrial production facilities
Cove & Hygienic Integration Systems
- Integral coving at wall transitions
- Seamless floor-to-wall connection
- Eliminates contamination points
Commonly integrated with:
- Hygienic detailing systems
- Food-grade environments
TRAFFIC & LOAD & CLASSIFICATION
Urethane cement systems are designed for environments with high operational stress and continuous use.
- Staff movement and light use
- Requires cleanability and chemical resistance
Examples:
- Food prep areas
- Clean rooms
- Laboratory spaces
- Pallet jacks, carts, and light forklifts
- Requires durability under rolling loads
Examples:
- Service corridors
- Storage areas
- Production support zones
- Continuous forklift traffic
- High impact and point loads
- Aggressive operational environments
Examples:
- Manufacturing floors
- Distribution centers
- Processing plants
These systems are engineered to maintain performance under constant stress.
System selection must align with both environmental exposure and traffic demands.
APPLICATION CONTEXT: NEW BUILD, RETROFIT & RESTORATION
New Construction
- Installed over properly prepared new slabs
- Designed for long-term durability from day one
- Integrated into facility design and workflow
Retrofit Applications
- Installed over existing concrete substrates
- Upgrades performance without structural replacement
- Ideal for operational facilities requiring minimal downtime
Repair & System Replacement
- Removal of failed flooring systems
- Substrate correction and preparation
- Installation of new urethane cement system
Critical in facilities experiencing repeated coating failures
In demanding environments, upgrading the system is often the only long-term solution.
PERFORMANCE BENEFITS
- Exceptional thermal shock resistance
- High chemical resistance
- Superior impact and abrasion resistance
- Slip-resistant options for safety
- Seamless, hygienic surface
- Long service life with reduced maintenance
SYSTEM INTEGRATION
Urethane cement systems are often integrated with:
- Moisture Mitigation & Vapor Control Systems
- Substrate Engineering & Surface Preparation Systems
- Integrated Hygienic Detailing Systems
- Industrial Marking & Zoning Systems
- Concrete Sealing & Surface Preservation Systems
This ensures full system performance — not just surface protection.
SURFACE PREPARATION REQUIREMENTS
- Shot blasting or mechanical grinding (ICRI CSP 4–6 typical)
- Removal of contaminants and existing coatings
- Crack and joint repair
- Moisture evaluation and mitigation if required
Proper preparation is essential for long-term adhesion and durability.
LIMITATIONS & SPECIFICATION NOTES
- Higher initial investment than basic coatings
- Requires skilled installation and system design
- Surface texture must be matched to operational needs
- Improper system selection can affect cleanability
These systems must be engineered, not improvised.
COMMON INDUSTRY MISTAKE
Many contractors install epoxy in environments where urethane cement is required.
The result:
Premature failure
Costly downtime
Repeated replacement cycles
At Procure, system selection is based on performance requirements — not material familiarity.
WHEN TO USE URETHANE CEMENT
Condition | Recommended System |
|---|---|
Thermal shock (hot washdowns) | Urethane cement |
Constant moisture exposure | Urethane cement |
Heavy industrial traffic | Urethane cement |
Chemical exposure | Urethane cement |
Light-duty environment | Epoxy or sealing system |
NOT A DECORATIVE SYSTEM
Urethane cement is not selected for appearance.
It is selected for:
Performance
Durability
Operational reliability
OUR CONTACTS
REQUEST A SYSTEM EVALUATION
If your environment is demanding and your current floor is failing, it’s likely the wrong system was used.
We provide:
- System evaluation
- Substrate and moisture assessment
- Performance-based recommendations
Request a consultation and build a system designed for your environment.
Schedule a Consultation
+1 647-531-6777
Email us
info@procuresurfacesolutions.ca
Serving the Entire GTA
Toronto, Mississauga, Brampton, Vaughan, Markham, Scarborough, Richmond Hill, Pickering, Whitby, Oakville, and surrounding areas.
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