Airplane Hangars

The Process:

Our method involves diamond grinding to expose the minute pea-sized aggregate within the concrete. This step forms the foundation for a strong bond between the coating and the concrete. We pride ourselves on our keen attention to detail during this process, ensuring that every edge and corner is precisely ground using hand grinders. To minimize dust, each grinder is connected to a vacuum system equipped with a HEPA filter.

Any cracks or chips present in your floor are addressed with a robust 1500 PSI Polyurea filler, which surpasses the strength of the concrete itself. Afterward, we skillfully grind the filler to create a smooth surface. Additionally, for those with heated garages, we offer the option to fill the cut lines to prevent any accumulation of debris.

Our application process involves an initial base coat of polyaspartic, designed to penetrate and bond with the concrete. This layer is allowed to reach a tacky state. Notably, we intentionally exclude chip application at this stage to ensure the complete penetration of the concrete.

Subsequently, we apply a second coat of polyaspartic in your chosen color, accompanied by the broadcasting of chips in your selected shade. Following curing, we carefully scrape down any protruding chips, meticulously maintaining an even surface. Any excess chips are then promptly removed.

Our finishing touch includes two clear polyaspartic topcoats, fortified with Aluminum Oxide powder. This infusion guarantees the utmost durability for your floor.

Our process commences with diamond grinding, eliminating any previous coatings or imperfections in the concrete. This reveals the fine pea aggregate, pivotal for the adhesion of the new coating. We diligently mend all concrete cracks and address cut lines, particularly in heated areas, eliminating any potential for dirt accumulation in your seamless floor. A bonding coat of Polyaspartic, designed to deeply penetrate and unite with the concrete, follows suit. Once this achieves a tacky state, the second layer of Polyaspartic is applied, with the addition of flake broadcasting. To cap it off, we provide two clear Polyaspartic topcoats, incorporating Aluminum Oxide in the uppermost layer to ensure exceptional durability.