In some cases, existing traffic coatings can be recoated if the material is compatible, properly bonded, and in suitable condition. However, deteriorated or incompatible coatings may need to be removed before a new system is installed. Surface preparation and manufacturer requirements determine the appropriate approach. When the underlying concrete is damaged or deteriorating, structural concrete repairs may also be necessary before installing a new coating system.

Installation time depends on the size of the project, surface preparation requirements, weather conditions, and the coating system being used. Larger parking structures can sometimes be completed in phases to reduce disruption, although treated areas must remain closed until the coating has sufficiently cured for vehicle traffic.

Ramps and turning areas experience increased tire friction, braking forces, and surface wear. Expansion joints also accommodate movement within the structure. Without proper coating selection, reinforcement, and joint detailing, these conditions can cause cracking, peeling, or premature coating failure. Joints that accommodate significant structural movement may require dedicated expansion joint and sealant systems rather than a standard traffic coating application.

In many cases, localized traffic coating failures can be repaired without replacing the entire system. High-wear areas such as ramps, turning lanes, and braking zones may require additional preparation, reinforcement, or heavier-duty coating applications. The feasibility of localized repairs depends on the condition, adhesion, and compatibility of the existing coating system.