At Resurrection Concrete Coating, we've perfected our installation process to deliver exceptional results in minimal time. Most residential projects complete in just one day, allowing you to get back to using your space quickly.

Concrete Floor Coating Installation Process

Step 1: Concrete Floor Surface Preparation

Concrete Profile Assessment
We evaluate your concrete's condition, checking for cracks, spalling, contamination, and moisture issues.


Deep Cleaning
All dirt, grease, oil, and existing coatings are removed using industrial degreasers and cleaning solutions.


Diamond Grinding
We use professional diamond grinding equipment to create the proper surface profile for maximum adhesion. This removes the concrete's smooth surface and opens the pores.


Crack and Void Repair
All cracks, holes, and imperfections are filled with appropriate repair compounds and allowed to cure properly.


Final Surface Inspection
We perform a thorough inspection to ensure the surface meets our strict preparation standards.


Surface preparation accounts for 80% of a successful coating installation.

Step 2: Epoxy or Polyaspartic Base Coat Application

Moisture Testing
We test for residual moisture that could interfere with coating adhesion.


Primer Application
A penetrating primer is applied to seal the concrete and enhance adhesion.


Base Coat Installation
Our industrial-grade epoxy or polyaspartic base coat is applied using professional squeegees and rollers for uniform coverage.



Edge Work
Special attention is paid to edges, corners, and detail areas for complete coverage.

Step 3: Decorative Phase

Adding Beauty and Function

Flake Broadcasting (If Selected)
For flake systems, decorative chips are broadcast to rejection while the base coat is still tacky, ensuring complete coverage and uniform distribution.


Metallic Effects (If Selected)
Metallic additives are mixed and applied using specialized techniques to create unique patterns and effects.



Texture Addition (If Required)
Anti-slip additives are incorporated for enhanced safety in appropriate applications.

Step 4: Protective Topcoat Application

Surface Inspection
The decorative layer is inspected and any excess material is removed.


Topcoat Mixing
Our UV-stable polyaspartic topcoat is precisely mixed according to manufacturer specifications.


Professional Application
The topcoat is applied using professional techniques to ensure uniform thickness and appearance.



Quality Control Check
Final inspection ensures complete coverage and proper appearance.

Step 5: Curing and Cleanup

Curing Process



  • Epoxy Systems: Walk on in 24 hours, drive on in 72 hours
  • Polyaspartic Systems: Walk on in 4 hours, drive on in 24 hours


Site Cleanup
All equipment and materials are removed, and the work area is thoroughly cleaned.


Final Inspection
We perform a comprehensive final inspection with you to ensure complete satisfaction.


Care Instructions
You receive detailed care and maintenance instructions for your new coating system.

Why Our Process Works


Proper Preparation
We never skip preparation steps. This ensures maximum adhesion and longevity.


Quality Materials
We use only industrial-grade products designed for Georgia's climate conditions.


Experienced Team
Our certified installers have years of experience and follow strict protocols.


Weather Monitoring
We monitor temperature and humidity to ensure optimal curing conditions.



Quality Control
Multiple inspections throughout the process ensure consistent results.


Post-Installation Care


First 24 Hours

  • Light foot traffic only
  • Avoid dragging objects across surface
  • Keep pets away from treated area



First Week

  • No heavy furniture or equipment
  • Clean spills immediately
  • Avoid abrasive cleaners


Long-Term Maintenance

  • Regular sweeping and mopping
  • Use pH-neutral cleaners
  • Apply protective wax annually (optional)


Weather Considerations


Temperature Requirements

  • Concrete temperature: 50°F to 90°F
  • Air temperature: 45°F to 95°F
  • Avoid application during extreme weather


Humidity Control

  • Relative humidity below 85%
  • Proper ventilation maintained
  • Dehumidification used when necessary