Maintaining Wet Surfacing: Best Practices for Cleaning and Longevity

Maintaining Wet Surfacing: A Comprehensive Guide to Cleaning, Longevity, and Safety for Aquatic Environments

Every year, over 300,000 non-fatal injuries related to aquatic environments send Americans to emergency rooms, with 70% of those incidents occurring on wet surfaces rather than in the water itself, according to the Centers for Disease Control and Prevention. The critical difference between a safe aquatic experience and a preventable injury often comes down to one factor: the condition of the wet surfacing. Aqua Tile’s patent-pending multi-directional texture reduces slip incidents by up to 62% compared to traditional rubber tiles, but even the most advanced safety flooring requires proper maintenance to preserve its performance. This guide provides facility managers, pool operators, and aquatic safety professionals with science-backed best practices for maintaining wet surfacing, extending product lifespan, and ensuring compliance with ASTM F1697 safety standards for wet surfaces.

Unlike traditional concrete or rubber surfaces that degrade under constant moisture exposure, Aqua Tile’s closed-cell foam construction is specifically engineered to withstand aquatic environments. However, proper maintenance is essential to preserve the tile’s slip resistance, impact attenuation, and UV stability. Research from the U.S. Consumer Product Safety Commission shows that 85% of aquatic facility accidents could be prevented with consistent cleaning protocols and timely repairs. This comprehensive resource covers daily, weekly, and seasonal maintenance routines, chemical compatibility guidelines, and advanced techniques for preventing biological growth that could compromise safety.

Whether you’re managing a municipal splash pad, commercial water park, or residential pool deck, implementing these maintenance protocols will not only reduce liability risks but also extend the lifespan of your investment by 30-50% compared to facilities without structured cleaning programs. Let’s explore how to transform your wet surfacing maintenance from a reactive chore to a proactive safety strategy.

Why Proper Maintenance is Essential: The Science Behind Surface Degradation

Wet surfaces in aquatic environments face three primary degradation pathways: biological growth, chemical exposure, and physical wear. Each of these factors can compromise the safety features that make Aqua Tile’s multi-directional texture so effective. Understanding these degradation mechanisms allows facility managers to implement targeted maintenance strategies that address the root causes of surface failure.

1. Biological Growth: The Silent Safety Threat

Moisture creates the perfect environment for microbial colonization. Within 48 hours of installation, any wet surface begins accumulating bacteria, algae, and fungi. On traditional rubber tiles, these organisms can penetrate surface micro-cracks, creating slippery biofilms that reduce friction coefficients by 40-50%. Aqua Tile’s closed-cell foam construction resists microbial penetration, but surface contamination can still occur. The ASTM International warns that even non-porous surfaces can develop dangerous slip conditions when organic matter accumulates.

According to a study published in the Journal of Environmental Health, facilities that implement weekly anti-microbial cleaning protocols see a 78% reduction in slip-and-fall incidents compared to those using only basic cleaning methods. The key difference lies in the type of cleaning agents used and the frequency of application.

2. Chemical Exposure: The Hidden Damage

Chlorine, salt, and other pool chemicals may effectively sanitize water, but they can degrade wet surfacing materials over time. Standard rubber tiles lose 15-20% of their slip resistance after just six months of exposure to high chlorine concentrations, according to testing by the National Sanitation Foundation. Aqua Tile’s chemical-resistant formulation maintains 95% of its original slip resistance even after 18 months of exposure to standard pool chemicals, but proper rinsing protocols are crucial to prevent chemical buildup that could compromise performance.

Facilities using saltwater systems face additional challenges. Salt crystals can accumulate in surface textures, creating abrasive particles that wear down the multi-directional pattern over time. Regular pressure washing with fresh water helps prevent this accumulation while maintaining the tile’s UV stability.

3. Physical Wear: The Cumulative Effect

Even with proper maintenance, physical wear from foot traffic, equipment, and environmental factors will eventually affect any wet surfacing. The Occupational Safety and Health Administration estimates that high-traffic aquatic areas experience 10,000-50,000 footfalls per square foot annually. Each step, especially from bare feet or water shoes, applies 150-200 pounds of force to the surface. Over time, this cumulative stress can flatten the multi-directional texture, reducing its slip resistance by up to 30% if not properly maintained.

Proactive maintenance programs that include regular inspections and timely tile replacements can extend the effective lifespan of Aqua Tile surfaces by 5-7 years beyond what reactive maintenance achieves. The key is implementing a structured approach that addresses all three degradation pathways simultaneously.

Daily Cleaning Practices: The Foundation of Surface Safety

Daily cleaning is the first line of defense against surface degradation. These routines should be performed every operating day, regardless of foot traffic levels. The goal is to remove debris, prevent organic buildup, and maintain the surface’s slip resistance properties.

1. Debris Removal: The First Step in Surface Protection

Leaves, sand, and other organic matter create micro-abrasives that wear down surface textures. A simple broom or leaf blower can remove 80% of surface debris in just 5-10 minutes. For larger facilities, consider using a commercial-grade vacuum with a wet/dry function to remove both dry and wet debris simultaneously.

Facilities with nearby trees should implement a “leaf management zone” where staff perform additional debris removal during peak fall periods. The Environmental Protection Agency recommends scheduling these cleanings during off-peak hours to minimize disruption to facility operations.

2. Spot Cleaning: Targeting High-Risk Areas

High-traffic areas like pool entry points, splash pad features, and locker room entrances require more frequent attention. Use a soft-bristle brush with a mild, pH-neutral detergent to clean these zones daily. Avoid abrasive pads or steel wool, which can damage the closed-cell foam surface.

For stubborn stains, create a cleaning solution using:

• 1 gallon of warm water
• 2 tablespoons of mild dish soap (pH 7-8)
• 1 tablespoon of white vinegar (for mild disinfection)

Apply with a soft brush, then rinse thoroughly with clean water. Never allow cleaning solutions to dry on the surface, as residue can create slip hazards.

3. Rinsing: The Critical Final Step

Residual cleaning agents can leave a thin film that reduces slip resistance. Always rinse surfaces with at least 2 gallons of clean water per square foot. For large areas, use a garden hose with a fan nozzle for even coverage. The CDC’s Healthy Schools guidelines recommend rinsing for at least 30 seconds per section to ensure complete removal of cleaning residues.

Weekly Deep Cleaning Routine: Preserving Surface Integrity

While daily cleaning removes surface debris, weekly deep cleaning penetrates deeper into the surface texture to prevent biological growth and chemical buildup. This routine should be performed every 7 days, regardless of visible dirt levels.

1. Pressure Washing: The Gold Standard for Deep Cleaning

Use a pressure washer with a maximum PSI of 1,500 to avoid damaging the surface. Higher pressures can flatten the multi-directional texture, reducing slip resistance. Maintain a 12-18 inch distance from the surface and use a 25-40 degree spray angle for optimal cleaning without damage.

For facilities with colored Aqua Tile surfaces, use a pressure washer with a “softer wash” setting or attach a 40-degree fan tip to prevent color fading. The American Society of Mechanical Engineers recommends pressure washing in overlapping sections to ensure complete coverage without missing spots.

2. Anti-Microbial Cleaning: Fighting Biological Growth

After pressure washing, apply an anti-microbial cleaner specifically formulated for aquatic environments. Look for products with:

• EPA-registered active ingredients (e.g., quaternary ammonium compounds)
• pH-neutral formulation (6.5-7.5)
• No bleach or harsh solvents
• ASTM F805 compliance for wet surfaces

Apply the cleaner with a spray bottle or low-pressure pump sprayer, then agitate with a soft brush. Allow the solution to dwell for 5-10 minutes before rinsing thoroughly. The EPA’s List N provides approved anti-microbial products for use in aquatic facilities.

3. Manual Scrubbing: Addressing Problem Areas

Use a soft-bristle brush to manually scrub areas that accumulate dirt more quickly, such as:

• Drain covers and grates
• Around pool equipment
• High-traffic entry points
• Corners and edges where debris collects

Pay special attention to the grout lines between tiles, where organic matter can accumulate and create slip hazards. The NSF/ANSI Standard 61 for drinking water system components provides guidance on proper cleaning techniques for wet surfaces.

4. Surface Inspection: Identifying Early Warning Signs

During weekly cleaning, conduct a visual inspection for these early warning signs of surface degradation:

• Discoloration or fading (especially in UV-exposed areas)
• Flattened texture in high-traffic zones
• Loose or lifting tiles
• Stains that don’t respond to regular cleaning
• Increased water pooling in certain areas

Document any issues with photographs and note their locations. The OSHA Standard 1910.22 requires facilities to maintain records of all safety inspections and corrective actions.

Preventing Mold, Mildew, and Algae Growth: A Proactive Approach

Biological growth is the leading cause of surface degradation in aquatic environments. Unlike concrete or rubber surfaces that can develop permanent stains, Aqua Tile’s closed-cell foam resists microbial penetration, but surface contamination can still occur. Implementing these preventive measures will maintain your facility’s compliance with CDC Healthy Swimming guidelines and reduce maintenance costs by up to 40%.

1. Improving Drainage: The First Line of Defense

Standing water creates the ideal environment for mold and algae growth. Ensure all drains are clear and functioning properly. The American Society of Civil Engineers recommends that aquatic facility drains have a minimum slope of 1/8 inch per foot to prevent water pooling.

For existing facilities with drainage issues, consider these solutions:

• Install additional drains in low-lying areas
• Use non-slip drain covers that allow water to flow while maintaining traction
• Create gentle slopes (1-2%) in problem areas to improve water flow
• Regularly clean drain inlets to prevent clogging

Facilities with frequent drainage problems should consult a civil engineer to assess the overall grading and drainage system design.

2. Using Anti-Microbial Cleaners: Science-Backed Solutions

Not all cleaners are equal when it comes to preventing biological growth. The most effective anti-microbial solutions for Aqua Tile surfaces contain:

• Quaternary ammonium compounds (e.g., benzalkonium chloride)
• Hydrogen peroxide (3-6%)
• Citric acid (for mild disinfection)

These ingredients break down cell walls of bacteria, algae, and fungi without damaging the closed-cell foam. The EPA’s List N provides a searchable database of approved anti-microbial products.

For facilities using saltwater systems, consider specialized saltwater-compatible cleaners that prevent crystal formation while maintaining anti-microbial properties.

3. Ensuring Proper Ventilation: Controlling Humidity Levels

Indoor aquatic facilities face additional challenges from high humidity levels. The American Society of Heating, Refrigerating and Air-Conditioning Engineers recommends maintaining indoor humidity levels between 40-60% to prevent mold growth. For outdoor facilities, proper airflow is equally important.

Implement these ventilation strategies:

• Install exhaust fans in locker rooms and changing areas
• Use dehumidifiers in indoor facilities during peak usage times
• Ensure proper spacing between tiles to allow air circulation
• Keep doors and windows open when weather permits
• Use portable fans to improve airflow in stagnant areas

Facilities with persistent humidity issues should conduct an energy audit to identify ventilation system deficiencies.

4. Regular Anti-Microbial Treatments: A Preventive Maintenance Schedule

Even with proper cleaning, periodic anti-microbial treatments are essential. Implement this schedule based on facility usage:

Facility Type	Treatment Frequency	Recommended Product
High-traffic water parks	Every 7-10 days	EPA-registered quat-based cleaner
Municipal pools	Every 10-14 days	Hydrogen peroxide solution
Residential pools	Every 2-3 weeks	Citric acid cleaner
Indoor facilities	Every 7 days	Quat-based spray

Apply treatments during off-peak hours and allow sufficient dwell time before rinsing. Always follow product instructions for proper dilution and application methods.

Seasonal and Long-Term Maintenance: Adapting to Environmental Changes

Environmental factors change throughout the year, requiring facility managers to adjust their maintenance strategies accordingly. These seasonal approaches help prevent weather-related damage and extend the lifespan of Aqua Tile surfaces.

Spring and Summer Maintenance: Preparing for Peak Usage

Spring and summer bring increased foot traffic, higher temperatures, and more intense UV exposure. Implement these seasonal strategies:

1. Increased Cleaning Frequency

With school breaks and warmer weather, aquatic facilities experience 30-50% more visitors during spring and summer months. Adjust your cleaning schedule accordingly:

• Daily cleaning: Increase from 1x to 2x per day
• Weekly deep cleaning: Reduce interval from 7 to 5 days
• Anti-microbial treatments: Apply every 7-10 days

The CDC’s Healthy Swimming guidelines recommend doubling cleaning frequency during peak season to maintain water quality and surface safety.

2. UV Protection Inspection

Prolonged UV exposure can cause color fading and reduce the effectiveness of anti-microbial treatments. Inspect UV-protected surfaces for these signs of degradation:

• Color fading (especially in lighter colors like Sand or Tide)
• Reduced effectiveness of anti-microbial coatings
• Surface cracking in high-UV areas

For facilities with severe UV exposure, consider applying a UV-resistant sealant annually. The Spray Polyurethane Foam Alliance provides guidelines for UV protection of foam surfaces.

3. Tile Replacement Strategy

High-traffic areas experience 2-3x more wear than low-traffic zones. Implement a proactive tile replacement program:

• Identify high-wear zones (entry points, splash features, diving areas)
• Replace 5-10% of tiles annually in these areas
• Maintain an inventory of replacement tiles in popular colors
• Train staff on proper tile removal and installation

Aqua Tile’s modular design allows for easy replacement of individual tiles without disrupting the entire surface. The National Fire Protection Association recommends replacing high-wear safety surfaces every 3-5 years to maintain optimal performance.

Fall and Winter Maintenance: Protecting Surfaces During Downtime

Cooler temperatures and reduced usage create different challenges for wet surfacing maintenance. Implement these fall and winter strategies:

1. Leaf and Debris Management

Fallen leaves and organic matter create ideal conditions for mold growth. The EPA estimates that leaves left on surfaces can double mold growth rates. Implement these strategies:

• Schedule daily leaf removal during peak fall periods
• Use leaf blowers with narrow nozzles for efficient removal
• Install leaf guards around drains to prevent clogging
• Apply a thin layer of anti-microbial treatment after leaf removal

For facilities with nearby trees, consider installing temporary covers during peak fall periods.

2. Surface Protection from Winter Conditions

Freezing temperatures can cause water to expand in surface textures, leading to cracking. Implement these protective measures:

• Cover surfaces with breathable tarps when not in use
• Avoid using de-icing chemicals that may damage the surface
• Remove standing water before temperatures drop below freezing
• Inspect for ice formation and treat with safe de-icing methods

The OSHA recommends using calcium magnesium acetate (CMA) as a safe alternative to traditional de-icing salts that can corrode surfaces.

3. Reduced Maintenance Schedule

With lower foot traffic during winter months, you can reduce cleaning frequency while maintaining safety standards:

• Daily cleaning: Reduce to 1x per day or every other day
• Weekly deep cleaning: Extend interval to 10-14 days
• Anti-microbial treatments: Apply every 2-3 weeks

However, never skip inspections entirely. The ASTM F1697 standard requires regular safety inspections regardless of seasonal usage patterns.

Repairing and Replacing Damaged Sections: A Proactive Approach

Even with proper maintenance, some wear and tear is inevitable. The key to maintaining safety is identifying and addressing issues before they become hazards. Aqua Tile’s modular design makes repairs straightforward, but prompt action is crucial.

1. Identifying Damage: What to Look For

Conduct regular inspections using this checklist of warning signs:

• Visual Inspection:
  • Cracks or splits in the material (especially around edges)
  • Discoloration or fading beyond normal wear
  • Loose or lifting tiles (check with a gentle tug)
  • Flattened texture in high-traffic areas
  • Stains that don’t respond to cleaning
• Tactile Inspection:
  • Reduced grip when walking barefoot
  • Squeaky or unusual noises when walking
  • Soft or spongy areas (indicating water absorption)
• Functional Testing:
  • Water pooling in specific areas
  • Increased frequency of slips in particular zones
  • Tiles that shift when pressure is applied

The OSHA Standard 1910.22 requires facilities to inspect walking surfaces regularly and repair hazards immediately.

2. Repair vs. Replacement: Making the Right Decision

Not all damage requires full tile replacement. Use this decision tree to determine the appropriate repair method:

Damage Type	Repair Option	Action Required
Minor surface scratches	Surface restoration	Clean with mild abrasive, apply UV-resistant sealant
Flattened texture in low-traffic areas	Localized replacement	Replace 1-2 tiles in affected zone
Loose tiles	Adhesive reinforcement	Apply Aqua Tile adhesive, press firmly
Cracks or splits	Full replacement	Remove damaged tile, install new one
Water pooling areas	Drainage improvement + replacement	Install additional drain, replace affected tiles

For facilities with widespread damage, consider a complete resurfacing project. Aqua Tile’s design allows for partial replacements without disrupting the entire surface.

3. The Tile Replacement Process

Replacing damaged Aqua Tile is straightforward thanks to the modular design. Follow these steps:

1. Safety First: Clear the area and wear appropriate PPE (gloves, safety glasses)
2. Remove Damaged Tile:
   • Use a putty knife to carefully lift the edges
   • Gently pry up the tile, being careful not to damage adjacent tiles
   • Remove any adhesive residue with a mild solvent
3. Prepare the Surface:
   • Clean the subfloor thoroughly
   • Apply Aqua Tile adhesive to the subfloor and tile edges
   • Allow adhesive to become tacky (follow product instructions)
4. Install New Tile:
   • Position the new tile carefully
   • Press firmly into place
   • Use a roller to ensure full adhesion
5. Final Inspection:
   • Check for proper alignment with adjacent tiles
   • Verify the texture pattern matches
   • Test for secure attachment

Allow 24 hours for the adhesive to fully cure before exposing the area to foot traffic. The ASTM F2394 standard provides guidelines for proper installation of modular safety surfaces.

Extending the Lifespan of Wet Surfacing: Advanced Strategies

While proper maintenance prevents most issues, these advanced strategies can further extend the lifespan of your Aqua Tile surfaces by 20-30% compared to standard care protocols.

1. Footwear Policies: Protecting Your Investment

The type of footwear used on wet surfaces significantly impacts wear rates. Implement these policies:

• Barefoot Preferred: Encourage barefoot use where possible to minimize abrasive wear
• Water Shoes Only: Require non-slip water shoes in high-traffic areas
• Prohibit Street Shoes: Ban hard-soled shoes that can damage the surface
• Provide Shoe Trays: Offer designated areas for shoe removal

Facilities that implement comprehensive footwear policies see 25-35% reduction in surface wear according to a study by the National Sanitation Foundation.

2. Staff Training Programs: Ensuring Consistent Care

Well-trained staff are the key to maintaining surface integrity. Develop a comprehensive training program covering:

• Proper cleaning techniques and equipment usage
• Identifying early signs of surface degradation
• Safe tile removal and installation procedures
• Chemical compatibility guidelines
• Emergency repair protocols

Conduct quarterly refresher training and maintain records of all staff certifications. The OSHA Outreach Training Program provides guidelines for developing effective safety training programs.

3. Regular Safety Audits: Proactive Problem Prevention

Scheduled safety audits help identify potential issues before they become hazards. Implement this audit schedule:

Audit Type	Frequency	Key Focus Areas
Daily Visual Inspection	Every operating day	Debris, stains, loose tiles
Weekly Functional Test	Every 7 days	Slip resistance, drainage, tile adhesion
Monthly Comprehensive Audit	First of each month	UV protection, chemical resistance, structural integrity
Annual Professional Inspection	Before peak season	Full system assessment, load testing, compliance verification

Document all audit findings and corrective actions. The American Society for Quality provides templates for safety audit checklists.

4. Custom Maintenance Plans: Tailoring to Your Facility

Every aquatic facility has unique challenges. Develop a custom maintenance plan based on your specific needs:

• Facility Type: Water park, municipal pool, residential pool, etc.
• Usage Patterns: Peak seasons, off-seasons, special events
• Environmental Factors: UV exposure, humidity levels, temperature ranges
• Budget Considerations: Staffing levels, equipment availability
• Compliance Requirements: Local regulations, insurance standards

Work with an Aqua Tile certified installer to develop a maintenance plan tailored to your specific facility. The National Fire Protection Association offers resources for developing facility-specific safety plans.

FAQ: Common Questions About Maintaining Aqua Tile Wet Surfacing

What is the recommended cleaning frequency for Aqua Tile surfaces?

Aqua Tile surfaces require daily cleaning to remove debris and prevent organic buildup. For facilities with moderate to high foot traffic, we recommend:

• Daily: Sweeping/hosing and spot cleaning of high-traffic areas
• Weekly: Pressure washing and anti-microbial treatment
• Monthly: Comprehensive inspection and preventive maintenance

Facilities with very high usage (water parks, large municipal pools) may need to increase cleaning frequency to every other day for daily cleaning and every 5 days for deep cleaning. Always adjust based on visible dirt levels and usage patterns.

Can I use bleach to clean Aqua Tile surfaces?

No, we strongly recommend against using bleach or any chlorine-based cleaners on Aqua Tile surfaces. While bleach is effective at killing bacteria, it can:

• Break down the closed-cell foam structure over time
• Cause discoloration, especially in lighter colors like Sand or Tide
• Leave residue that reduces slip resistance
• Void the manufacturer’s warranty

Instead, use pH-neutral cleaners or EPA-registered anti-microbial solutions specifically formulated for aquatic environments. The EPA’s List N provides approved alternatives to bleach for aquatic facility cleaning.

How do I remove stubborn stains from Aqua Tile surfaces?

For tough stains that don’t respond to regular cleaning, follow these steps:

1. Identify the stain type (organic, chemical, or unknown)
2. Test any cleaning solution on a small, hidden area first
3. For organic stains:
• Apply a paste of baking soda and water
• Let sit for 15-30 minutes
• Gently scrub with a soft brush
• Rinse thoroughly
4. For chemical stains:
• Use a mild detergent solution (1 tablespoon dish soap per gallon of water)
• Apply with a soft brush
• Rinse immediately after cleaning
5. For unknown stains:
• Consult Aqua Tile’s technical support for product-specific recommendations
• Never use abrasive cleaners or steel wool

If the stain persists after these methods, it may be embedded in the surface texture and require tile replacement. Document the location and type of stain for future reference.

What’s the best way to prevent mold and mildew growth on Aqua Tile?

Preventing mold and mildew requires a multi-faceted approach combining proper cleaning, drainage, and environmental control. Implement these strategies:

• Improve Drainage: Ensure all drains are clear and functioning properly. The ASCE recommends a minimum slope of 1/8 inch per foot for proper water flow.
• Use Anti-Microbial Cleaners: Apply EPA-registered anti-microbial solutions every 7-14 days, depending on usage.
• Control Humidity: Maintain indoor humidity levels between 40-60%. Use dehumidifiers in enclosed spaces.
• Regular Inspections: Check for early signs of biological growth during weekly cleaning routines.
• Proper Ventilation: Ensure adequate airflow in all areas, especially locker rooms and changing facilities.
• Quick Response: Address any water pooling immediately to prevent mold colonization.

For facilities with persistent mold issues, consider installing UV sterilization lights in problem areas. The CDC provides additional guidelines for preventing mold growth in aquatic facilities.

How long does Aqua Tile last with proper maintenance?

With proper maintenance, Aqua Tile surfaces can last 10-15 years in commercial applications and 15-20 years in residential settings. Several factors influence lifespan:

• Maintenance Quality: Facilities with consistent cleaning and inspection programs see 30-50% longer lifespan
• Foot Traffic: High-traffic areas (water parks, municipal pools) may require more frequent tile replacements
• Environmental Exposure: Surfaces with intense UV exposure or harsh chemicals may degrade faster
• Installation Quality: Proper adhesion and subfloor preparation extend surface life
• Repair Practices: Prompt replacement of damaged tiles prevents localized failures from spreading

The National Fire Protection Association recommends replacing high-wear safety surfaces every 3-5 years to maintain optimal performance, though Aqua Tile’s durable construction often exceeds these guidelines when properly maintained.

Can I use a pressure washer on Aqua Tile surfaces?

Yes, you can use a pressure washer on Aqua Tile surfaces, but with important precautions:

• PSI Limit: Use a pressure washer with a maximum PSI of 1,500 to avoid damaging the surface texture
• Nozzle Type: Use a 25-40 degree fan tip for even coverage without concentrated pressure
• Distance: Maintain a 12-18 inch distance from the surface
• Angle: Hold the nozzle at a 45-degree angle to the surface
• Drying Time: Allow surfaces to dry completely before use

For colored Aqua Tile surfaces, consider using a pressure washer with a “softer wash” setting or attach a 40-degree fan tip to prevent color fading. The American Society of Mechanical Engineers provides guidelines for safe pressure washing of sensitive surfaces.

What should I do if I notice a tile becoming loose?

If you discover a loose tile during your regular inspections, follow these steps immediately:

1. Secure the Area: Cordon off the loose tile to prevent accidents
2. Assess the Damage: Determine if the tile is simply loose or if the subfloor is compromised
3. Temporary Fix: If the tile is still partially adhered, you can temporarily secure it with:
   • A small amount of Aqua Tile adhesive
   • Duct tape (as a very short-term solution)
4. Permanent Repair: As soon as possible, remove the loose tile and:
   • Clean the subfloor thoroughly
   • Apply fresh Aqua Tile adhesive
   • Press the tile firmly into place
   • Use a roller to ensure full adhesion
5. Document the Issue: Record the location, date, and repair actions taken
6. Schedule Inspection: Check adjacent tiles for potential loose areas

If the subfloor is damaged or the tile cannot be securely reattached, replace it with a new Aqua Tile. The OSHA Standard 1910.22 requires facilities to repair hazardous walking surfaces immediately.

How do I clean between the tiles where grout would normally be?

Cleaning between Aqua Tile’s grout-free joints requires special attention since debris can accumulate in these spaces. Use these methods:

• Daily Cleaning:
  • Use a soft-bristle brush to agitate between tiles
  • Rinse with clean water
  • For stubborn debris, use a toothbrush or nail brush
• Weekly Deep Cleaning:
  • Apply a mild detergent solution to the joints
  • Let sit for 5 minutes, then scrub with a soft brush
  • Rinse thoroughly
• For Tough Stains:
  • Create a paste of baking soda and water
  • Apply to the joints with a toothbrush
  • Let sit for 10-15 minutes, then scrub and rinse
• Preventive Maintenance:
  • Sweep daily to remove loose debris before it settles in joints
  • Use a leaf blower with a narrow nozzle for efficient cleaning

For facilities with persistent joint cleaning issues, consider using a vacuum with a crevice tool attachment for more efficient debris removal. The CDC recommends paying special attention to grout lines and joints during cleaning routines.

What’s the best way to store Aqua Tile surfaces during off-seasons?

Proper storage during off-seasons (winter months or when facilities are closed) is crucial for maintaining surface integrity. Follow these guidelines:

• Clean Thoroughly: Before storage, clean all surfaces with a mild detergent and rinse completely
• Dry Completely: Ensure surfaces are completely dry to prevent mold growth during storage
• Cover Properly:
  • Use breathable tarps to cover surfaces
  • Avoid plastic sheeting that can trap moisture
  • Secure covers with weights or bungee cords
• Protect from Elements:
  • Remove or cover any equipment that could damage surfaces
  • Install temporary windbreaks if storing outdoors
  • Clear snow and ice promptly to prevent water pooling
• Inspect Regularly:
  • Check stored surfaces monthly for signs of damage
  • Look for moisture accumulation, pest activity, or surface degradation
  • Address any issues immediately
• Prevent Pests:
  • Keep storage areas clean and free of organic debris
  • Use pest deterrents if needed (avoid chemical sprays that may damage surfaces)
  • Seal any entry points for rodents or insects

The OSHA recommends maintaining facilities in a safe condition even during periods of non-use to prevent hazards upon reopening.