U CRETE FLOORING

PU FLOORING

Composition and Structure

• A hybrid material combining polyurethane resin, cement, and graded aggregates. It forms a thick, highly durable, and chemical-resistant surface, often used in heavy-duty environments.

• Made from polyurethane resin, it is a seamless, flexible flooring option with excellent elasticity and chemical resistance, suitable for medium-duty to heavy-duty applications.

Durability and Strength

• Exceptionally robust and impact-resistant.
• Handles heavy loads, abrasion, and harsh mechanical stress.
• Often used in industries like food processing, where heavy machinery and carts are common.

• Durable but more suited for environments with moderate mechanical loads.
• Its flexibility helps resist cracking and delamination in dynamic conditions.

Chemical and Thermal Resistance

• Superior resistance to aggressive chemicals (acids, alkalis, oils, etc.).
• Withstands extreme thermal shocks, making it ideal for areas with frequent temperature fluctuations, such as freezers and ovens.

• Excellent chemical resistance but less effective against aggressive chemicals compared to U-Crete.
• Handles thermal changes but not as well as U-Crete in extreme conditions.

Hygienic Properties

• Designed for environments requiring the highest hygiene standards, such as pharmaceutical plants and food manufacturing facilities.
• Its non-porous, seamless surface prevents bacterial growth and supports easy cleaning.

• Hygienic and seamless but not as specialized as U-Crete for industries with strict cleanliness requirements.

Application Areas

• Heavy-duty industries (food processing, breweries, dairies, pharmaceutical plants).
• Environments with extreme thermal and chemical conditions.

• Medium to heavy-duty applications (warehouses, parking decks, commercial spaces).
• Areas requiring flexibility, such as dynamic or vibrating structures.

Installation and Cost

• Thicker application, requiring skilled professionals.
• Typically more expensive due to its enhanced performance and material properties.

• Easier to install and available at a lower cost.
• Suitable for budget-conscious projects that don’t require extreme durability.