Find the concrete answer you need
Choose the question that matches your floor. These links go straight to the detailed guidance.
| Your question | Start here |
|---|---|
| Two-car and three-car budgets | Garage coating cost examples |
| Cracks, pitting or peeling epoxy | Preparation, repairs and coating removal |
| Basement moisture or water concerns | Basement coating suitability |
| Outdoor exposure and wet traction | Patio coating suitability |
| Epoxy, polyurea and polyaspartic layers | Compare coating systems |
| Installation and return-to-use dates | Coating timeline and manufacturer example |
| Cleaning and future maintenance | Care and durability |
| Preparation, warranties and exclusions | Compare contractor estimates |
How does the space change the coating choice?
Start with the use and exposure, then choose the layers and finish. An indoor decorative floor, a working garage and a wet outdoor patio need different conversations.
| Space | What changes the decision |
|---|---|
| Garage | Vehicle traffic, hot tires, tracked-in road salt, spills, existing coatings and the door-edge termination. |
| Basement | Moisture history, drainage, ventilation, utilities, comfort and the intended use of the room. |
| Patio | Outdoor product approval, sunlight, rain, drainage, wet traction and weather-dependent installation. |
What does a full-chip system include?
A full-chip floor is one decorative option. On suitable projects, Fortress’s published system uses mechanical preparation, included repairs, a polyurea basecoat, decorative-chip broadcast and a polyaspartic topcoat. The service page describes the Fortress system. Solid-color and epoxy proposals should identify their own compatible layers.
| Part of the system | What it should accomplish |
|---|---|
| Inspection | Identify weak concrete, contamination, moisture risk, cracks, joints, and access |
| Mechanical preparation | Remove weak surface material and create the profile required by the coating |
| Repairs | Rebuild spalls and address cracks with a compatible method |
| Basecoat | Bond the system to prepared concrete and receive the chip |
| Full chip broadcast | Create consistent coverage, texture, and visual depth |
| Topcoat | Lock in chip and provide the intended wear, chemical, and UV performance |
Where coating proposals become meaningfully different
- Diamond grinding or shot blasting versus acid etching or light abrasion
- How oil, sealer, paint, adhesive, and tire products are handled
- Whether moisture testing or a moisture-mitigation primer is included
- Which cracks, control joints, and expansion joints are treated, and how
- Full broadcast versus a lighter decorative sprinkle
- Topcoat chemistry, texture, UV exposure, and slip expectations
- Stem walls, curbs, steps, aprons, drains, and edge termination
Kansas City conditions matter
In a KC garage, discuss road salt and meltwater carried in by vehicles, the exposed edge near the door and existing surface deterioration. In a basement, ask about past leaks, drainage and the slab’s moisture conditions. For a patio, establish outdoor suitability and drainage before choosing a color.
A one-day installation still needs a complete plan
Installation time and permission to use the floor are different. Preparation, repairs, removal, weather and the coating system affect the work schedule. Get separate dates for walking, storage, vehicles, water and cleaning. See the manufacturer-specific coating timeline example.
The warranty question most buyers skip
Read what happens when failure begins in the slab rather than the coating. Moisture transmission, moving cracks, salt-damaged concrete, impact, abrasion, chemical exposure, and improper maintenance may be treated differently. ‘Lifetime’ is useful only when the covered failure and remedy are written.
What might a two-car or three-car garage coating cost?
Use measured area and an equivalent scope, not car capacity alone. KC Garage Floors’ published cost guide gives a $6–$12 per-square-foot reference for professional garage coatings. That is a contractor-published planning reference, not a surveyed market average or Fortress pricing. The examples below use that range for arithmetic only.
| Illustrative garage | Assumed area | Area × published reference |
|---|---|---|
| Two-car example | 500 sq. ft. | $3,000–$6,000 |
| Three-car example | 750 sq. ft. | $4,500–$9,000 |
Can a basement floor be coated if moisture is a concern?
Sometimes, but first identify water intrusion and compare measured slab conditions with the proposed system’s limits. A decorative coating does not fix an active leak or an unknown water source. Ask which findings would postpone the job or change the system.
The Sikafloor-515 data sheet illustrates product-specific moisture requirements and says that product is not designed for negative-side waterproofing, meaning water pressure reaching it from behind or below. It is a technical example, not the specification for your basement. See concrete moisture and preparation for the assessment questions.
What makes a patio suitable for a coating?
The complete system must be approved for outdoor exposure, and the slab must have acceptable drainage, sound concrete and an agreed wet-traction plan. A UV-resistant topcoat alone does not establish that every underlying layer or repair is suitable outside.
Discuss ponding, deteriorated edges, movement joints, sunlight and the weather window for application. Compare a representative finish texture as well as color. No coating is slip-proof. Sika’s Sikafloor-515 product information reports different wet and dry friction values for its smooth finish, illustrating why dry appearance is not a wet-traction guarantee.
How do you clean a coated floor and judge durability?
Remove grit and tracked-in debris, clean spills with the system-approved method, and get written cleaning instructions at handoff. Ask which cleaner, dilution, pad or brush and cleaning frequency suit the actual coating. Check before using solvents, aggressive abrasives or pressure washing.
Durability depends on a sound bond, the installed layers, exposure and maintenance. Abrasion, impact and moving cracks are different from a coating losing adhesion. Report lifting edges or a recurring moisture change before it spreads; use the repair and peeling-coating guide to frame the next assessment.
- Confirm when washing and chemical exposure can begin after installation.
- Keep meltwater, grit and salt from sitting on the floor longer than necessary.
- Ask how to handle spills, tire marks and workbench or equipment loads.
- Get the maintenance-recoat criteria and applicable warranty exclusions in writing.