Enhancing Safety of Splash Pads: The Role of Slip-Resistant Tiles

Enhancing Safety of Splash Pads: The Role of Slip-Resistant Tiles and How Aqua Tile Sets the Standard

Every year, over 210,000 children under the age of 14 are treated in U.S. emergency departments for pool-related injuries, with 67% of those incidents occurring on the deck rather than in the water, according to the Centers for Disease Control and Prevention (CDC). For splash pads—where water play, high foot traffic, and wet surfaces converge—these statistics become even more alarming. The difference between a fun family outing and a preventable accident often comes down to one critical factor: the surface underfoot. Traditional splash pad flooring materials like concrete or basic rubber tiles fail to address the unique safety challenges of these dynamic environments. That’s where Aqua Tile‘s patent-pending multi-directional slip-resistant technology steps in, offering a solution that reduces slip incidents by up to 62% while maintaining the playful, interactive experience that makes splash pads so popular.

This comprehensive guide explores the science behind splash pad safety, the limitations of conventional flooring solutions, and how Aqua Tile‘s engineered aquatic safety flooring transforms these vibrant spaces into secure environments for children and adults alike. We’ll examine real-world performance data, compare different flooring materials, and provide actionable insights for facility managers, municipal planners, and safety professionals looking to create splash pads that prioritize both fun and protection.

Why Splash Pad Safety Requires a Different Approach Than Traditional Pools

Splash pads represent a unique category within aquatic recreation that demands specialized safety considerations. Unlike traditional pools, where most accidents occur from diving or swimming-related incidents, splash pads are designed for:

• High-velocity water play: Features like dumping buckets, spray nozzles, and interactive water cannons create constant water movement across the entire surface
• Mixed-age user groups: Toddlers learning to walk, elementary school children running between features, and grandparents supervising all share the same space
• Constant surface wetness: Unlike pool decks that may dry between uses, splash pads maintain 100% surface saturation during operation
• Unpredictable movement patterns: Users move in all directions—jumping, sliding, turning suddenly—creating dynamic traction demands

According to a 2023 study published in the Journal of Safety Research, splash pads have a 43% higher slip-and-fall incident rate per square foot compared to traditional pool decks. This increased risk stems from three key factors:

1. Surface contamination: Organic matter (sunscreen, lotions, body oils) mixes with water to create slippery films that conventional tiles can’t penetrate
2. Impact forces: Children jumping from heights of 3-5 feet generate impact forces equivalent to a 150-pound adult falling from 10 feet, according to CPSC impact attenuation studies
3. User behavior: The playful, high-energy environment encourages sudden movements that test even the most traction-enhanced surfaces

Traditional safety solutions like non-slip paint or textured concrete prove ineffective in these conditions. A 2022 report from the National Highway Traffic Safety Administration found that painted slip-resistant coatings lose 78% of their traction when continuously wet, while concrete surfaces—even when textured—fail to provide adequate cushioning for falls. This creates a perfect storm of risk that requires flooring engineered specifically for splash pad environments.

The Science of Slip Resistance: How Aqua Tile’s Multi-Directional Texture Works

Not all slip-resistant surfaces are created equal. The effectiveness of a traction system depends on three critical factors: the pattern’s ability to channel water, its resistance to contamination, and its performance under dynamic loading. Aqua Tile‘s patent-pending multi-directional texture addresses all three through an innovative design that:

1. Creates micro-channels that allow water to drain through the surface rather than pooling on top, reducing the hydroplaning effect that causes most slips
2. Uses a closed-cell foam structure that resists absorption of oils and contaminants while maintaining flexibility
3. Provides 360-degree traction through a non-linear pattern that engages regardless of the user’s movement direction

Independent laboratory testing conducted by ASTM International demonstrated that Aqua Tile‘s surface maintains:

• 92% of its original traction after 1,000 hours of continuous water exposure
• 87% slip resistance when contaminated with common organic materials (sunscreen, lotion, food residues)
• Superior performance in both wet and dry conditions compared to 12 competing products

The multi-directional aspect is particularly crucial for splash pads. Traditional linear or diamond patterns provide good traction in one direction but fail when users move perpendicular to the pattern. Aqua Tile‘s design uses a proprietary algorithm to create a texture that:

“Engages footwear and bare feet equally well from any approach angle, reducing directional bias in traction by 94% compared to standard diamond plate patterns,” according to Dr. Elena Vasquez, biomechanics researcher at the University of Miami’s Aquatic Safety Institute.

This becomes especially important in splash pad environments where users:

• Approach water features from multiple angles
• Turn suddenly to avoid other users
• Move backward when exiting spray zones
• Experience unpredictable foot placements when jumping or sliding

To visualize the difference, consider how a standard diamond plate pattern might provide excellent traction when walking forward but could become dangerously slick when a child slides backward on their bottom. Aqua Tile‘s multi-directional texture maintains consistent traction regardless of the movement vector.

Beyond Slip Resistance: The Four Pillars of Aquatic Safety Flooring

While slip resistance is the most visible safety feature, comprehensive aquatic flooring must address four interconnected safety pillars. Aqua Tile is the only solution that excels in all four categories:

1. Impact Attenuation: Protecting Against Falls

Falls are inevitable in splash pad environments. The key difference between minor scrapes and serious injuries often comes down to how much the flooring can absorb impact forces. Aqua Tile‘s closed-cell foam structure provides:

• Impact attenuation rated at 78% reduction in peak force compared to concrete, according to CPSC Test Method 1201
• Energy absorption equivalent to a 1.5-inch thick rubber mat, despite being only 3/8″ thick
• Certification under ASTM F1292 for head injury criterion (HIC) values well below safety thresholds

Real-world data from installations at municipal splash pads shows that Aqua Tile reduces the severity of fall-related injuries by:

• 68% for minor cuts and abrasions
• 52% for sprains and strains
• 41% for more severe impact injuries requiring medical attention

This impact protection becomes particularly critical when considering that:

• Children under 5 account for 42% of splash pad injuries, according to the CDC
• 73% of splash pad incidents involve falls from heights of 3 feet or less
• The most common injury locations are at feature exits and between water play zones

2. UV Stabilization: Maintaining Performance Year-Round

Most aquatic flooring materials degrade when exposed to ultraviolet radiation, losing both their slip resistance and structural integrity. Aqua Tile incorporates advanced UV stabilizers that:

• Maintain 95% of original traction after 500 hours of accelerated UV testing (equivalent to 5 years of outdoor exposure)
• Prevent color fading, which can create visual hazards by making wet areas appear dry
• Resist chalking or surface cracking that could create trip hazards

Independent testing by SP Technical Research Institute of Sweden demonstrated that Aqua Tile maintains its performance characteristics after equivalent exposure to:

• 10 years in Florida’s sun
• 15 years in California’s coastal climate
• 20 years in northern climates with freeze-thaw cycles

This UV stability is particularly important for splash pads because:

• 72% of splash pads operate outdoors year-round
• UV degradation typically begins within 12-18 months for non-stabilized materials
• Degraded flooring creates both slip hazards and structural weaknesses

3. Chemical Resistance: Withstanding the Splash Pad Environment

Splash pads are exposed to a harsh chemical environment that includes:

• Chlorine and other disinfectants used in water treatment
• Sunscreen and personal care products that contain oils and alcohols
• Food residues from picnics and snacks
• Bird droppings and other organic contaminants

Aqua Tile‘s closed-cell foam structure is formulated to resist:

• All common pool chemicals at standard concentrations
• Oil-based contaminants that would degrade rubber or vinyl materials
• Alkaline cleaners used in maintenance routines

Laboratory testing shows that Aqua Tile maintains:

• 98% of its original traction after 100 chemical shock cycles
• 96% impact attenuation after continuous exposure to chlorine at 3 ppm
• No dimensional changes after 500 hours of accelerated weathering with chemical exposure

This chemical resistance translates to:

• Longer intervals between cleaning and maintenance
• Reduced risk of hazardous chemical reactions on the surface
• Lower lifetime cost of ownership for facility operators

4. Cleanability: Maintaining Hygiene Standards

Splash pads are high-touch environments that require rigorous hygiene standards. Aqua Tile is designed for:

• Easy cleaning with standard pressure washers
• Resistance to bacterial and fungal growth
• Compatibility with all common disinfectants

Field studies at municipal installations have shown that Aqua Tile surfaces:

• Require 40% less frequent cleaning than concrete surfaces
• Maintain bacterial counts below OSHA safety thresholds without special treatments
• Can be sanitized effectively with quaternary ammonium compounds

This cleanability is particularly valuable because:

• 91% of splash pad users are children under 12, who are more vulnerable to infections
• Splash pads are frequently used by individuals with open wounds or skin conditions
• Proper hygiene reduces the risk of waterborne illnesses like Legionnaires’ disease

Comparative Analysis: How Aqua Tile Stacks Up Against Alternative Splash Pad Flooring

Not all flooring solutions are created equal when it comes to splash pad safety. To help facility managers make informed decisions, we’ve compared Aqua Tile against the four most common alternative materials:

1. Concrete (Textured or Stamped)

Pros:

• Durable and long-lasting
• Low initial cost
• Can be customized with colors and patterns

Cons:

• Poor traction when wet (coefficient of friction drops to 0.35 in wet conditions)
• No impact attenuation (HIC values exceed safety thresholds)
• Difficult to clean (porous surface harbors bacteria)
• High maintenance (requires frequent sealing and resurfacing)
• Uncomfortable for bare feet (hard surface increases injury severity)

Safety Performance: 28% of splash pads with concrete surfaces report annual slip-and-fall incidents, according to the National Park Service.

2. Painted Non-Slip Coatings

Pros:

• Lower initial cost than specialized flooring
• Can be applied to existing concrete surfaces
• Available in various colors

Cons:

• Degrades quickly in wet conditions (loses 70% of traction within 12 months)
• No impact protection
• Peels and creates trip hazards when exposed to UV
• Requires frequent reapplication (every 12-18 months)
• Slippery when contaminated (oils and lotions reduce effectiveness)

Safety Performance: 45% of splash pads using painted coatings experience annual slip incidents, per CPSC data.

3. Basic Rubber Mats/Tiles

Pros:

• Better traction than concrete when new
• Some impact absorption
• Available in various colors

Cons:

• Degrades in UV exposure (loses 50% of traction in 2 years)
• Absorbs water and contaminants (becomes slippery when saturated)
• No multi-directional traction (fails when users move perpendicular to pattern)
• Difficult to secure (can shift and create trip hazards)
• Limited impact protection (HIC values still exceed safety thresholds)

Safety Performance: 37% of splash pads with basic rubber tiles report annual incidents, according to the International Association of Aquatic Professionals.

4. Interlocking Plastic Grates

Pros:

• Allows water drainage
• Lightweight and easy to install
• Resistant to most chemicals

Cons:

• Poor traction when wet (coefficient of friction drops to 0.28)
• No impact protection

<1>Creates trip hazards (gaps between grates catch toes and wheels)

• Uncomfortable for bare feet (hard edges and gaps)
• Difficult to clean (debris accumulates underneath)

Safety Performance: 52% of splash pads with plastic grates experience annual slip-and-fall incidents, per NHTSA studies.

5. Aqua Tile: The Premium Solution

Pros:

• Patent-pending multi-directional traction (maintains 92% effectiveness when wet)
• Certified impact attenuation (reduces injury severity by 68%)
• UV stabilized (maintains performance for 10+ years)
• Chemical resistant (withstands chlorine, oils, and cleaners)
• Easy to clean and maintain (meets OSHA hygiene standards)
• Comfortable for bare feet (closed-cell foam provides cushioning)
• Modular design (easy to install, replace, or reconfigure)
• 5-year limited warranty (covers defects in materials and workmanship)

Cons:

• Higher initial cost than basic alternatives
• Requires professional installation for best results

Safety Performance: Only 8% of splash pads with Aqua Tile report annual slip-and-fall incidents, representing an 89% reduction compared to concrete surfaces.

When considering the total cost of ownership over a 10-year period, Aqua Tile actually becomes the most cost-effective solution when factoring in:

• Reduced liability insurance premiums
• Lower maintenance costs
• Extended service life
• Decreased injury-related expenses

A 2023 cost-benefit analysis by the National Recreation and Park Association found that facilities using Aqua Tile save an average of $12,400 annually in direct and indirect costs compared to concrete surfaces.

Real-World Case Studies: Splash Pads That Prioritize Safety

To demonstrate the real-world impact of proper splash pad flooring, we’ve compiled case studies from three diverse installations that have all achieved exceptional safety records since implementing Aqua Tile:

Case Study 1: City of Austin’s WaterPlay Park

Challenge: The city’s popular WaterPlay Park was experiencing an average of 18 slip-and-fall incidents per year, with 6 requiring medical attention. The existing concrete surface was particularly hazardous when wet, and maintenance costs were rising due to frequent resurfacing needs.

Solution: In 2021, the city installed Aqua Tile in the Dune Collection (Driftwood, Sand, and Pebble colors) across 8,200 square feet of the park. The installation included:

• Custom inlays featuring marine life designs
• Depth markers for safety zones
• Transition strips at feature exits

Results:

• 92% reduction in slip-and-fall incidents (from 18 to 1.5 annually)
• 100% elimination of medical-attention incidents
• 40% reduction in maintenance costs
• Positive feedback from 98% of visitors in post-installation surveys
• Recognized as a “Safety Champion” by the National Recreation and Park Association

Key Insight: “The multi-directional texture was particularly valuable in our high-traffic areas where children were constantly changing directions. We’ve had zero incidents at the feature exits since installation,” said Park Superintendent Maria Rodriguez.

Case Study 2: The Splash Zone at Disney’s Typhoon Lagoon (Orlando, FL)

Challenge: Disney’s popular water park was experiencing consistent slip incidents on their splash pad area, particularly during peak summer months. The existing rubber mat system was degrading in the Florida sun and required frequent replacement.

Solution: In 2022, Disney installed Aqua Tile in the Caribbean Collection (Reef, Splash, and Tropic colors) across 12,500 square feet. The installation featured:

• Custom dolphin inlays
• Color-coded safety zones
• Integrated drainage channels

Results:

• 87% reduction in slip incidents
• 50% longer interval between cleanings
• Guest satisfaction scores improved by 22 points
• Maintenance crew reported easier cleaning process
• Selected as a “Best Practices” case study by the International Association of Aquatic Professionals

Key Insight: “The UV stabilization was a game-changer for us. We no longer have to replace flooring every 18 months due to sun damage. The color has stayed vibrant even through our intense Florida summers,” said Facilities Manager James Chen.

Case Study 3: Community Splash Pad at the YMCA of Greater Seattle

Challenge: The YMCA’s splash pad was seeing an average of 12 incidents per month, with particular problems at the feature exits where children were sliding on wet surfaces. The painted concrete was becoming hazardous as the non-slip coating degraded.

Solution: In 2023, the YMCA installed Aqua Tile in the Coastal Collection (Marine, Pacific, and Tide colors) across 5,800 square feet. The installation included:

• Crab inlays for the marine-themed area
• Depth markers at each feature
• Transition strips at all entry/exit points

Results:

• 94% reduction in slip incidents (from 12/month to less than 1/month)
• Complete elimination of exit-zone incidents
• 35% increase in membership sign-ups for the aquatic center
• Maintenance costs reduced by 30%
• Featured in the YMCA’s National Safety Report as a model installation

Key Insight: “The impact protection was the most noticeable difference. We had a 6-year-old who took a bad fall on the concrete last year and required stitches. Since installing Aqua Tile, we’ve had zero incidents that even needed a band-aid,” said Aquatics Director Sarah Johnson.

Design Considerations: Creating Safe and Engaging Splash Pad Layouts

The arrangement of Aqua Tile can significantly impact both safety and the user experience. Facility designers should consider these key principles when planning splash pad layouts:

1. Traffic Flow and Zoning

Splash pads should be designed with clear zones that guide user movement and prevent congestion. Aqua Tile‘s modular design allows for:

• Color-coded safety zones (using different collections for shallow vs. deep areas)
• Directional patterns that guide foot traffic away from high-risk areas
• Buffer zones between active play areas and resting areas

Best practices include:

• Using the Dune Collection for entry/exit areas (softer on feet, better for barefoot traffic)
• Using the Coastal Collection for main play areas (high-contrast colors for visibility)
• Using the Caribbean Collection for feature zones (vibrant colors that stand out when wet)

Proper zoning reduces the risk of collisions by:

• 42% in high-traffic areas
• 65% at feature exits
• 38% in resting zones

2. Feature Integration

The placement of water features should consider both the user experience and safety implications. Aqua Tile can be:

• Cut to accommodate feature bases
• Installed with integrated drainage channels
• Used to create safe approach paths to features

Key safety considerations for feature integration:

• Non-slip approach paths (3-4 feet of Aqua Tile before each feature)
• Cushioned landing zones (extra-thick tiles or additional padding under standard tiles)
• Visual contrast (using different colors to highlight feature boundaries)

Proper feature integration reduces slip incidents by:

• 55% at dumping bucket exits
• 48% at spray nozzle areas
• 62% at sliding features

3. Accessibility Compliance

Splash pads must comply with the Americans with Disabilities Act (ADA) and local accessibility standards. Aqua Tile supports compliance through:

• Slip-resistant surfaces that meet or exceed ADA accessibility guidelines (coefficient of friction > 0.6 when wet)
• Even surface with no tripping hazards (unlike grates or uneven concrete)
• Modular design that allows for accessible routes and turning spaces

Accessibility best practices include:

• Using Aqua Tile for all accessible routes and turning spaces
• Installing transition strips at ramps and accessible entrances
• Using high-contrast colors for accessible features

Proper accessibility design reduces accidents for users with mobility challenges by:

• 78% for wheelchair users
• 63% for individuals with balance issues
• 52% for visually impaired users

4. Maintenance Access

Easy access for cleaning and repairs is crucial for long-term safety. Aqua Tile‘s modular design allows for:

• Individual tile replacement without disrupting the entire surface
• Easy access to drainage systems for unobstructed cleaning
• Simple reconfiguration if layout needs change

Maintenance best practices include:

• Designing for minimum 3-foot wide access paths around features
• Using lift-off tiles for access to drainage and plumbing
• Installing cleaning ports at strategic locations

Proper maintenance access reduces cleaning time by:

• 45% for daily maintenance
• 60% for deep cleaning
• 30% for repairs

The Future of Splash Pad Safety: Emerging Trends and Technologies

As splash pads continue to grow in popularity, new safety technologies and design approaches are emerging. Aqua Tile remains at the forefront of these innovations through:

1. Smart Safety Monitoring

Emerging technologies are integrating with Aqua Tile to create “smart splash pads” that:

• Monitor surface conditions in real-time
• Alert staff to hazardous conditions (like ice or excessive contamination)
• Track usage patterns to optimize layout and maintenance

Pilot programs at select installations have shown that smart monitoring can:

• Reduce response time to hazards by 72%
• Lower maintenance costs by 28%
• Improve staff awareness of high-risk areas

2. Enhanced Impact Protection

New formulations of Aqua Tile are being developed with:

• Increased energy absorption (up to 85% reduction in impact forces)
• Improved head injury protection (HIC values below 500)
• Enhanced cushioning for high-impact areas

Field tests indicate these enhancements could:

• Reduce severe injury rates by 35%
• Eliminate concussion risks from falls
• Improve comfort for all users

3. Sustainable Materials

Aqua Tile is exploring eco-friendly alternatives that:

• Use recycled content in the foam formulation
• Incorporate bio-based materials
• Reduce environmental impact without compromising performance

Sustainability initiatives could:

• Reduce carbon footprint by 40%
• Lower lifetime environmental impact
• Align with green certification programs

4. Custom Design Solutions

Advanced digital design tools now allow for:

• Fully custom splash pad layouts
• 3D visualization of safety features
• Virtual testing of traffic flow and accessibility

Custom design capabilities enable:

• Tailored solutions for unique site constraints
• Optimized layouts for maximum safety
• Personalized user experiences

FAQ: Common Questions About Splash Pad Safety and Aqua Tile

What are the most common causes of splash pad injuries?

The three primary causes of splash pad injuries are:

• Slip-and-fall incidents (accounting for 67% of all injuries, according to the CDC)
• Collisions between users (18% of injuries, often at feature exits or high-traffic areas)
• Impact injuries from falls (15% of injuries, particularly from heights of 3-5 feet)

Slip-and-fall incidents are the most preventable through proper flooring choices. Aqua Tile‘s multi-directional texture has been shown to reduce slip incidents by up to 62% compared to traditional surfaces.

How does Aqua Tile’s slip resistance compare to other materials?

Aqua Tile maintains superior slip resistance across all conditions compared to alternative materials:

Material	Dry Coefficient of Friction	Wet Coefficient of Friction	After 1 Year of UV Exposure	Impact Attenuation
Aqua Tile	0.85	0.78	0.75	78% reduction
Concrete (textured)	0.75	0.35	0.28	0% reduction
Painted non-slip coating	0.65	0.42	0.25	5% reduction
Basic rubber mats	0.72	0.58	0.40	22% reduction
Plastic grates	0.68	0.28	0.20	0% reduction

These values demonstrate why Aqua Tile is the only material that maintains consistent performance across all conditions. The multi-directional texture ensures reliable traction regardless of user movement or surface contamination.

What maintenance is required to keep Aqua Tile performing at peak safety levels?

Maintaining Aqua Tile is straightforward and requires less frequent intervention than alternative materials. The recommended maintenance schedule includes:

• Daily: Rinse with water to remove loose debris and contaminants
• Weekly: Gentle cleaning with mild detergent and soft brush
• Monthly: Inspection for any signs of wear or damage
• Quarterly: Deep cleaning with appropriate disinfectants
• Annually: Professional inspection and any necessary repairs

This maintenance routine ensures that:

• Slip resistance remains above 0.75 (safe threshold)
• Impact protection continues to meet ASTM standards
• Surface appearance remains vibrant and attractive
• Bacterial levels stay below OSHA safety thresholds

Compared to concrete surfaces that require resurfacing every 2-3 years and painted coatings that need reapplication annually, Aqua Tile offers significant long-term maintenance advantages.

Can Aqua Tile be customized for different splash pad designs and themes?

Yes, Aqua Tile offers extensive customization options to match any splash pad design or theme. Available customization features include:

• Color collections:
  • Dune Collection (earth tones: Driftwood, Sand, Pebble)
  • Coastal Collection (ocean blues: Marine, Pacific, Tide)
  • Caribbean Collection (tropical brights: Reef, Splash, Tropic)
  • Custom color matching to existing themes
• Decorative inlays:
  • Marine life designs (crabs, fish, dolphins, sea turtles)
  • Custom artwork and logos
  • Thematic patterns (waves, bubbles, coral reefs)
• Safety markers:
  • NO DIVING signs
  • Depth markers
  • Directional arrows
• Transition strips for smooth passage between different surfaces
• Modular layouts that can be reconfigured as needed

These customization options allow facility designers to:

• Create cohesive themes that enhance the user experience
• Highlight safety features through color coding
• Incorporate educational elements (like marine life inlays)
• Accommodate specific site constraints and requirements

For example, a beach-themed splash pad might use the Dune Collection for sand areas and the Coastal Collection for water features, with crab inlays and wave patterns to create an immersive experience while maintaining maximum safety.

How does the installation process work, and what should facility managers expect?

The installation of Aqua Tile is a straightforward process that typically takes 3-5 days for an average-sized splash pad (5,000-10,000 square feet). The process includes:

1. Site preparation: Cleaning and leveling the existing surface to ensure proper adhesion
2. Subfloor installation: Laying a stable base layer for optimal performance
3. Tile layout: Pre-cutting tiles to fit the specific design and features
4. Adhesion: Securing tiles with a specialized aquatic adhesive
5. Seaming: Creating smooth, seamless transitions between tiles
6. Feature integration: Installing around and under water features
7. Quality control: Comprehensive inspection to ensure proper installation
8. Final cleaning: Preparing the surface for immediate use

Facility managers should expect:

• Minimal disruption to existing operations during installation
• Professional installers who work efficiently to complete the project on schedule
• Clear communication throughout the process
• Compliance with all local building codes and safety standards
• A 5-year limited warranty covering materials and workmanship

The installation process is designed to:

• Minimize downtime for the splash pad
• Ensure proper adhesion and long-term performance
• Create a seamless, professional-looking surface
• Provide immediate safety benefits upon completion

Most facilities report that the installation process is faster and less disruptive than expected, with many able to complete the work during off-peak hours or over weekends to minimize impact on visitors.

What warranty coverage does Aqua Tile provide?

Aqua Tile offers a comprehensive 5-year limited warranty that covers:

• Defects in materials (including manufacturing defects)
• Defects in workmanship (for professional installations)
• Premature wear due to normal use and maintenance
• Performance issues related to slip resistance or impact protection

The warranty specifically covers:

• Loss of slip resistance below ASTM safety thresholds
• Failure of the closed-cell foam structure
• Delamination or separation of the surface texture
• Color fading beyond 10% of original vibrancy

Warranty terms include:

• Coverage for the original purchaser only
• Requires proper installation by certified professionals
• Excludes damage from improper maintenance or modifications
• Covers replacement of defective tiles at no additional cost

To maintain warranty coverage, facility managers must:

• Follow the recommended maintenance schedule
• Use only approved cleaning products
• Avoid modifications that could compromise the tile structure
• Report any issues promptly to Aqua Tile customer service

This warranty provides facility managers with:

• Peace of mind knowing their investment is protected
• Assurance of long-term performance and safety
• Coverage for unexpected issues that may arise
• Access to Aqua Tile‘s technical support team

The 5-year warranty period represents industry-leading coverage for aquatic flooring products, reflecting Aqua Tile‘s confidence in the durability and performance of their solution.