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Anti-Slip Coating Solutions

 

 

Slip-resistant coatings can be used on concrete, steel, and other suitable surfaces where additional texture and traction are desired.

 

We work with residential, commercial and industrial properties, from a single pool walkway to larger community and facility maintenance projects.

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Common applications include:

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  • Concrete walkways & sidewalks

  • Pool decks & pool-area walkways

  • Patios & porches

  • Ramps & accessible routes

  • Interior & exterior stairs

  • Garage floors

  • Commercial entrances

  • HOA & 55+ community walkways

  • Apartment & senior living properties

  • Steel stairs & platforms

  • Catwalks & industrial walkways

  • Service and maintenance areas

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Anti-Slip coating solutions may include:

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  • Slip-resistant concrete coatings

  • Anti-slip floor coatings

  • Textured walkway coatings

  • Epoxy coating systems

  • Polyurethane coating systems

  • Aggregate broadcast systems

  • High-build protective coatings

  • Anti-slip coatings for steel and metal

 

We select the coating system and level of texture based on the substrate, existing surface condition, moisture exposure, foot traffic, chemical or environmental exposure, and intended use.

 

The goal is to provide a durable coating system appropriate for the specific application rather than using the same product on every surface.

Anti-Slip & Slip-Resistant Coating Applications

Outdoor Swimming Pool
Modern Garden Pathway
Accessible Ramp View

Our Slip-Resistant Coating Process

 
1. Surface Evaluation
 
We evaluate the existing substrate and coating condition.
Areas considered may include:
 

  • Existing coating adhesion

  • Surface contamination

  • Rust and corrosion

  • Bare steel

  • Peeling or failed coating

  • Worn aggregate

  • Smooth surfaces

  • Cracks or deterioration

  • Moisture exposure

  • Traffic conditions


2. Surface Preparation
 
Proper surface preparation is essential for coating performance.
Depending on the substrate and existing condition, preparation may include:
 

  • Cleaning

  • Degreasing

  • Mechanical abrasion

  • Power-tool cleaning

  • Removal of loose coating

  • Rust removal

  • Spot preparation

  • Abrasive blasting

  • Concrete preparation

  • Coating removal

  • Feathering coating edges


The appropriate preparation method depends on the substrate and selected coating system.

3. Surface Repair
 
Before coating, deteriorated areas may require localized repair.
Potential work includes:
 

  • Rust removal

  • Corrosion preparation

  • Localized steel repair

  • Weld-area preparation

  • Patching

  • Filling

  • Edge preparation

  • Removal of failed coating.
     

If the substrate has deterioration that requires more extensive repair, we identify the condition before coating.
 
4. Coating Application
 
The selected coating system is applied according to the manufacturer's requirements and project specifications.
 
Depending on the application, anti-slip aggregate may be incorporated into the system to create the desired surface texture.
 
Aggregate selection can vary based on:
 

  • Wet or dry conditions

  • Pedestrian traffic

  • Cleaning requirements

  • Desired surface texture

  • Environmental exposure

  • Intended use


5. Final Inspection
 
Completed areas can be evaluated for: 
 

  • Coating coverage

  • Surface texture

  • Coating defects

  • Edge transitions

  • Missed areas

  • Appearance

  • Proper cure

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