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Urethane Cement Flooring for Industrial Facilities

Urethane cement flooring provides heavy-duty protection for demanding industrial environments. Designed for wet processing, thermal shock, heavy traffic and chemical exposure, these systems are widely used in food and beverage facilities, commercial kitchens, manufacturing plants and washdown areas.

BUILT FOR DEMANDING ENVIRONMENTS

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Why Choose Urethane Cement Flooring?

Urethane cement flooring is designed for demanding industrial environments where moisture, temperature changes, chemicals and heavy traffic can challenge conventional flooring systems.

Thermal Shock 

Designed for environments exposed to rapid temperature changes, hot-water washdowns and thermal cycling.

Moisture Tolerance

Well suited for wet processing areas, frequent cleaning and challenging concrete moisture conditions.

Chemical Resistance

Systems can be selected for exposure to food acids, cleaning agents and industrial process chemicals.

Heavy-Duty 

Designed for industrial environments exposed to equipment traffic, impact and continuous production.

INDUSTRIAL APPLICATIONS

Where Is Urethane Cement Flooring Used?

Urethane cement flooring is designed for demanding industrial environments where moisture, heat, chemicals and frequent cleaning can challenge conventional floor coatings. Its durability and thermal-shock resistance make it especially well suited for food processing facilities, commercial kitchens, manufacturing plants and wet production areas.

INDUSTRIAL FLOORING SYSTEMS

What Is Urethane Cement Flooring?

Urethane cement flooring, also known as cementitious urethane or urethane mortar, is a heavy-duty resinous flooring system designed for demanding industrial environments. It combines polyurethane resin, cementitious components and aggregate to create a durable flooring system that can be installed at greater thicknesses than conventional floor coatings.

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Urethane cement is commonly used where floors are exposed to moisture, thermal cycling, heavy traffic, impact, chemicals and frequent cleaning.

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CHOOSING THE RIGHT FLOORING SYSTEM

Urethane Cement vs. Epoxy Flooring

Urethane cement and epoxy are both widely used in industrial flooring systems, but they are designed to solve different problems. The right choice depends on the concrete substrate, moisture conditions, temperature exposure, chemicals, traffic and how the facility is cleaned.

URETHANE CEMENT

Urethane cement is typically selected for demanding environments exposed to moisture, hot-water washdowns, thermal cycling and challenging concrete conditions. It is commonly installed at greater thicknesses than conventional coatings and is widely used in food and beverage processing, commercial kitchens and wet manufacturing environments.

COMMON APPLICATIONS

• Food & beverage processing
• Commercial kitchens
• Washdown areas
• Wet production environments
• Heavy-duty manufacturing

EPOXY FLOORING

Epoxy flooring is commonly used as the foundation of high-performance resinous flooring systems in predominantly dry industrial environments. Epoxy provides excellent adhesion, build and durability and can be combined with urethane or polyaspartic topcoats to improve abrasion resistance, chemical resistance, UV stability and long-term appearance.

COMMON APPLICATIONS

• Manufacturing facilities
• Warehouses
• Aircraft hangars
• Laboratories and clean areas
• Industrial production floors

Which System Is Better?

Neither system is universally better. A properly designed industrial flooring system should be selected around the actual service environment rather than a product name. Vested Floors evaluates the substrate, facility conditions and performance requirements to help determine the appropriate resinous flooring system.

What is urethane cement flooring?

Urethane cement flooring, also called cementitious urethane or urethane mortar, is a heavy-duty resinous flooring system designed for demanding industrial environments. It combines polyurethane resin, cementitious components and aggregate to create a durable floor that can be installed at greater thicknesses than conventional epoxy coatings. Urethane cement is commonly used in food and beverage facilities, commercial kitchens, manufacturing plants and wet processing areas.

What is the difference between urethane cement and epoxy flooring?

Epoxy and urethane cement are both used in industrial resinous flooring systems, but they solve different problems. Epoxy is commonly used in predominantly dry environments and provides excellent adhesion, build and durability. Urethane cement is often selected for wet processing areas, thermal cycling, hot-water washdowns and challenging concrete conditions. Epoxy systems are also commonly topcoated with urethane or polyaspartic coatings to improve abrasion resistance, chemical resistance, UV stability and long-term appearance.

Where is urethane cement flooring commonly used?

Urethane cement flooring is commonly installed in food and beverage processing plants, commercial kitchens, breweries, dairies, meat and poultry facilities, manufacturing plants, washdown areas and other demanding industrial environments. It is particularly useful where floors are exposed to moisture, frequent cleaning, temperature changes, chemicals, impact and heavy equipment traffic.

How thick should urethane cement flooring be?

The appropriate thickness depends on the operating environment and the specific flooring system being installed. Urethane cement systems are commonly installed from approximately 1/8 inch to 1/4 inch or greater. Areas exposed to severe thermal cycling, hot-water washdowns, impact or heavy industrial service may require a thicker system. The manufacturer's technical data and the actual service conditions should determine the final system thickness.

Can urethane cement withstand hot-water washdowns and thermal shock?

Urethane cement is commonly selected for industrial environments exposed to thermal cycling and hot-water washdowns. Its performance makes it particularly useful in food processing facilities, commercial kitchens and wet manufacturing environments where floor temperatures can change rapidly. Temperature resistance varies by product, system thickness and operating conditions, so the flooring system should be selected around the facility's actual temperature exposure and cleaning procedures.

Can urethane cement be installed over concrete with high moisture?

Certain urethane cement systems can tolerate concrete moisture conditions that would create problems for conventional resinous coatings. This is one reason urethane cement is frequently considered for wet facilities, green concrete and challenging concrete substrates. However, high moisture should never automatically be ignored. Concrete condition, moisture source, vapor transmission, contaminants and manufacturer requirements should be evaluated before selecting a flooring system.

How long does urethane cement flooring last?

There is no single lifespan for every urethane cement floor. Service life depends on system thickness, surface preparation, installation quality, traffic, impact, chemical exposure, cleaning procedures and thermal cycling. A properly specified and installed urethane cement system can provide many years of service in demanding industrial environments. Proper system selection and concrete preparation are often just as important as the coating chemistry itself.

Is urethane cement better than epoxy flooring?

Neither urethane cement nor epoxy is universally better. The correct choice depends on the environment. Urethane cement is often preferred for wet processing, thermal cycling, hot-water washdowns and challenging concrete conditions, while epoxy systems are widely used in manufacturing facilities, warehouses, aircraft hangars, laboratories and other predominantly dry environments. Many high-performance industrial floors actually use multiple chemistries within one flooring system.

Is urethane cement flooring chemical resistant?

Urethane cement flooring can provide excellent resistance to many chemicals encountered in industrial and food-processing environments, but chemical resistance varies by product and exposure. Concentration, temperature, contact time and cleaning procedures all matter. For severe chemical exposure, the complete flooring system should be evaluated against the specific chemicals used in the facility rather than assuming that any urethane cement product will perform the same.

How much does urethane cement flooring cost?

The cost of urethane cement flooring depends on project size, system thickness, concrete condition, surface preparation, repairs, cove base requirements, chemical and thermal exposure, accessibility and installation conditions. Industrial flooring should be evaluated as a complete system rather than by material price alone. A site evaluation and clearly defined flooring specification can help determine the appropriate system and provide contractors with a consistent scope for bidding.

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