
Polyaspartic flooring combines an isocyanate base and an aliphatic polyaspartic top coat. The polyurea base coat bonds the surface, while the polyaspartic top coat creates a glossy abrasion- and chemical-resistant finish. Car showrooms and manufacturing facilities often have polyaspartic flooring.
Quick and easy application and fast drying: Professionals layer polyaspartic flooring using a spray, brush, or roller. The flooring contains a low VOC solvent which hastens curing times between coats and shortens the installation time.
Hard-wearing and durable: The compound is resistant to scratching, heat, UV, and chemicals. It bonds well with the chosen substrate.
Abrasion and chemical resistance: The high-cross polymer, aliphatic amine-terminated polyurea, is the main component in polyaspartic flooring and makes it resistant to chemicals and abrasions. The high-gloss finish prevents water damage, while the flooring’s UV resistance maintains the colors.
More eco-friendly: Polyaspartic flooring contains fewer hazardous ingredients. Moreover, the durability and speed of application cut down on overall energy consumption.
Milder fumes: Polyaspartic flooring contains fewer VOCs, resulting in a less pungent odor.
Higher cost, trickier application: Polyaspartic flooring is not only more expensive to buy, but the application is more complex, resulting in additional expense. Nonetheless, the low maintenance costs over time will offset the initial higher cost.
Prone to acid corrosion: The chemical makeup of polyaspartic flooring makes it vulnerable to acid corrosion. Acidic compounds quickly break down the lightly bonded amino acid molecules in the flooring, leading to corrosion, staining, and weakening.
Fewer color options: Compared to other flooring types, polyaspartic flooring is only available in medium to light shades of gray.
High moisture content stops application: Excess humidity prevents bonding, meaning the flooring doesn’t stick properly, bubbles form, and the flooring lifts from the surface.
Glossy means slippery: The polished finish of polyaspartic flooring can make the surface slippery with water exposure. Adding a non-slip additive can counter this drawback, as will creating ridges when applying it with a roller.
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