TILE · STONE · EPOXY COATINGS · DECK WATERPROOFING · VEHICULAR TRAFFIC COATINGS
Vehicular Traffic Coatings
Vehicular Traffic Coating System
Colorado Premier evaluates manufacturer-specified, multi-layer traffic systems for qualifying elevated concrete surfaces and parking facilities. The assembly is selected around exposure, traffic intensity, moisture, joints, drainage, downtime and expected wear.
Traffic and Wear Zones
Different Areas Require Different Levels of Protection
Standard Vehicular Areas
General parking stalls and low-traffic interior zones that require foundational waterproofing and moderate abrasion resistance.
Covered and Interior Decks
Protected environments where chemical resistance and fluid-tight integrity are prioritized over weather-related expansion demands.
Drive Lanes and Turns
High-use transit paths and turning radii that experience constant friction, requiring enhanced aggregate loading and durability.
Exterior and UV-Exposed Decks
Exposed surfaces requiring UV-stable topcoats and high-elongation membranes to withstand solar heat and dynamic structural movement.
Ramps and Helices
Extreme-wear areas subject to incline stress, braking, and acceleration, necessitating heavy-duty mechanical bond and high-profile slip resistance.
Manufacturer-Specified Options
Colorado Premier installs high-performance systems from leading manufacturers like Sika, Tremco, Mapei, and Polycoat. Our installation teams configure multi-layer assemblies—primers, base membranes, wear courses, and topcoats—tailored to solve for moisture, structural movement, and traffic volume.
Standard Vehicular
Heavy-Duty Vehicular
Extreme-Wear Areas
Project Evaluation
Conditions That Affect the Traffic-Coating System
Concrete type, age and condition
Existing coatings or sealers
Moisture conditions
Control and expansion joints
Cracks, spalls and previous repairs
Drains, curbs and penetrations
Interior or exterior exposure
Drive lanes, turns and ramps
Parking stalls and pedestrian zones
Chemical and deicing-salt exposure
Vehicle and service traffic
Surface-texture requirements
Ventilation and occupied areas
Installation phasing
Cure and return-to-service requirements
Striping, graphics and wayfinding
Structural movement, active water intrusion, major concrete deterioration and expansion-joint conditions may require evaluation by the owner’s engineer, waterproofing consultant or another qualified project professional.
A Documented Installation Sequence
1
Site Preparation and Traffic Control
2
Mechanical Surface Preparation (CSP 3-5 profile)
3
Concrete Repair and Joint Treatment
4
Primer and Base Membrane Application
5
Intermediate Wear Course and Aggregate Seeding
6
UV-Stable Topcoat Application
7
Inspection and Return to Service
Installation sequencing and traffic closure are planned around the selected materials, temperature, facility operations and required cure times. Fixed completion or return-to-service times are not promised before the project is evaluated.
Frequently Asked Questions
What is the difference between an epoxy garage floor and a vehicular traffic coating?
Epoxy floor coatings are primarily decorative and protect concrete from chemicals and light abrasion. Vehicular traffic coatings are multi-layer waterproofing systems designed to span cracks, prevent water and salt intrusion into concrete structures, and withstand heavy mechanical stress from moving vehicles.
Can a traffic coating be used throughout our entire parking garage?
Yes. Systems are typically engineered with standard-wear configurations for parking stalls and heavy-duty configurations for high-traffic drive lanes, ramps, turns, and entry/exit points to ensure maximum longevity where it’s needed most.
Are these coatings suitable for outdoor parking decks and ramps?
Absolutely. UV-stable systems are used for exterior surfaces to prevent yellowing and degradation from solar exposure. These systems also have high elongation properties to manage the expansion and contraction caused by temperature fluctuations in the Colorado climate.
Can these systems repair existing cracks in the concrete floor?
While the coating system is designed to span and waterproof cracks, structural slab repairs and significant concrete restoration must be completed during the surface preparation phase. We treat active cracks with specified membranes before the full system application.
How long does a typical installation take?
Timing depends on square footage, concrete condition, and the number of system layers required. A multi-layer system typically requires 3 to 5 working days, including surface preparation and mandatory cure times between coats.
Can the facility remain operational during installation?
We often install in phases to allow partial facility use. However, the specific area being coated must be closed to all vehicle and pedestrian traffic until the topcoat has fully cured to prevent damage to the system and the facility.
What maintenance is required for a traffic coating?
Regular cleaning to remove abrasive dirt and deicing salts is critical. We also recommend annual inspections and localized touch-ups on extreme-wear points to extend the life of the primary waterproofing membrane.