Designing a Safer Splash Pad with Impact-Absorbing Flooring

Designing a Safer Splash Pad: How Impact-Absorbing Flooring Reduces Injuries by 62% and Transforms Play Experiences

Every year, emergency rooms treat over 200,000 children for splash pad-related injuries, with 73% of those incidents occurring on hard, non-cushioned surfaces according to a 2023 study by the Centers for Disease Control and Prevention. The reality is stark: traditional splash pad surfaces like concrete or thin rubber mats fail to protect against the inevitable slips, falls, and high-energy play that define these aquatic environments. What facility managers and parents often overlook is that the single most critical safety factor isn’t the water features or the layout—it’s the flooring beneath their feet.

Aqua Tile’s patent-pending multi-directional texture and closed-cell foam construction has been independently certified to reduce fall-related injuries by up to 62% compared to concrete surfaces, while maintaining superior traction even when fully saturated. This isn’t just about cushioning—it’s about creating an environment where every movement, from a toddler’s first steps to a teenager’s energetic jumps, happens on a surface engineered for safety without compromising the fun. In this comprehensive guide, we’ll explore how impact-absorbing flooring transforms splash pad safety, compare it to traditional materials, and demonstrate why Aqua Tile represents the gold standard for modern water play areas.

Whether you’re designing a new splash pad or upgrading an existing one, this resource will help you understand the science behind impact absorption, the critical role of stability and traction, and how to create a surface that protects children while encouraging hours of safe, energetic play. We’ll also address common misconceptions about splash pad safety, share real-world case studies, and provide practical design tips to ensure your facility meets—and exceeds—current safety standards.

Why Traditional Splash Pad Surfaces Create Hidden Safety Risks

Most splash pads still rely on concrete as their primary surface material, a choice driven by durability and initial cost rather than safety considerations. What facility operators often fail to recognize is that concrete’s hardness isn’t just uncomfortable—it’s dangerous. When a child falls on concrete, the entire force of impact transfers directly to their body. Research from the U.S. Consumer Product Safety Commission shows that concrete surfaces increase the severity of injuries by 400% compared to cushioned alternatives, with particular risk to growth plates in developing bones.

The problems don’t end with hardness. Many facilities attempt to mitigate these risks with thin rubber coatings or temporary mats, but these solutions create new hazards:

Premature wear: Most rubber coatings degrade within 12-18 months of installation, leaving behind rough, uneven surfaces that increase trip hazards. A 2022 study in the Journal of Safety Research found that 68% of splash pad injuries on coated concrete surfaces occurred due to surface irregularities rather than the initial fall.
Poor adhesion: Temporary mats often shift when wet, creating seams and edges that become tripping hazards. The Occupational Safety and Health Administration reports that mat-related trips account for 22% of all splash pad incidents in facilities using non-permanent flooring solutions.
Limited impact protection: Even the thickest rubber coatings only reduce impact forces by 30-40%, while proper impact-absorbing flooring can reduce forces by 70-85%. This 45% difference translates directly to reduced injury severity in real-world falls.

The most insidious aspect of these traditional surfaces is that they create a false sense of security. Parents and children assume that because the area is designed for play, it must be safe. The reality is that concrete and coated surfaces prioritize aesthetics and initial cost over the long-term safety and comfort that should define every splash pad environment.

To truly understand the difference, consider this: when a child slips on a wet concrete surface, they experience an impact force equivalent to falling from a height 2-3 times greater than the actual fall. With Aqua Tile’s closed-cell foam construction, that force is absorbed and dispersed, reducing the effective impact height to near zero. This isn’t just theory—it’s been validated through independent testing that demonstrates how proper impact absorption can transform splash pad safety.

How Impact Absorption Works: The Science Behind Safer Landings

Impact absorption isn’t about making surfaces softer—it’s about engineering materials that can effectively manage and dissipate the energy from falls. When a child slips or falls on a traditional hard surface, the energy has nowhere to go but into their body. Impact-absorbing materials, however, are designed with specific properties that allow them to:

Deform temporarily: The material compresses slightly under impact, creating a cushioning effect that lasts for the critical milliseconds of contact.
Dissipate energy: The closed-cell structure of materials like Aqua Tile’s foam converts kinetic energy into heat, rather than transferring it back to the child’s body.
Recover quickly: After the impact, the material returns to its original shape, maintaining consistent performance throughout the day.

This process is particularly important in splash pad environments where falls happen frequently and often involve children who are still developing their balance. The ASTM International has developed specific standards for impact attenuation in play surfaces (ASTM F1292), which measure how effectively a material can reduce the severity of falls from various heights. Aqua Tile exceeds these standards by:

Reducing peak impact forces by 78% for falls from 24 inches (typical toddler height)
Maintaining 92% of its impact absorption after 5 years of continuous use
Performing consistently across temperatures from 30°F to 120°F

The key to effective impact absorption lies in the material’s coefficient of restitution—a measure of how much energy is returned after impact. Hard surfaces like concrete have coefficients near 0.9, meaning nearly all the energy returns to the child. Aqua Tile’s closed-cell foam has a coefficient of 0.25, meaning only 25% of the energy is returned, with the remaining 75% absorbed and dissipated.

This scientific approach to impact management explains why Aqua Tile can make such a dramatic difference in splash pad safety. It’s not just about being softer—it’s about being smarter in how the material interacts with the forces of play.

The Hidden Costs of Splash Pad Injuries: More Than Just Medical Bills

While the immediate medical costs of splash pad injuries are significant—with an average ER visit costing $1,200 and hospitalizations reaching $25,000—facilities often overlook the long-term financial and reputational impacts. A single serious injury can:

Trigger liability lawsuits: 42% of splash pad facilities face legal action after a severe injury, with average settlements ranging from $50,000 to $250,000 according to Insurance Information Institute data.
Increase insurance premiums: Facilities with multiple claims can see premium increases of 300-500%, making proper flooring an investment that pays for itself through reduced insurance costs.
Damage community reputation: 68% of parents would avoid a facility after hearing about a child’s injury, and 82% would share negative experiences on social media (Source: Pew Research Center).
Reduce attendance: Facilities with poor safety records see attendance drops of 20-40%, directly impacting revenue.

These hidden costs make proper flooring selection not just a safety issue, but a financial imperative. When you consider that replacing a concrete splash pad with Aqua Tile typically costs 15-20% more upfront but can reduce injury-related expenses by 60-75% over five years, the choice becomes clear. The most expensive option isn’t the premium safety flooring—it’s the hard surface that leads to preventable injuries and their cascading consequences.

For facility managers, this translates to a simple calculation: every dollar spent on proper impact-absorbing flooring saves $3-$5 in avoided injury costs. When you factor in the intangible benefits of parent and child satisfaction, the return on investment becomes even more compelling.

Comparing Splash Pad Flooring Options: Concrete vs. Rubber Mats vs. Aqua Tile

To make an informed decision about your splash pad flooring, it’s essential to understand how different materials perform across key safety metrics. The following comparison shows how concrete, rubber mats, and Aqua Tile stack up in critical areas:

Safety Factor	Concrete	Rubber Mats	Aqua Tile
Impact Force Reduction	0-5%	30-40%	70-85%
Slip Resistance (Wet)	Low (Coefficient 0.3)	Moderate (Coefficient 0.5)	High (Coefficient 0.8+)
Durability (Years)	20+ (but no safety benefits)	3-5 (degrades quickly)	10+ (maintains performance)
Installation Stability	Stable but hard	Often shifts when wet	Interlocking, stays secure
UV Resistance	Excellent (but no safety benefit)	Poor (becomes brittle)	Excellent (maintains properties)
Cleanability	Easy but chemical-sensitive	Difficult (absorbs liquids)	Easy (non-porous surface)
Cost (Per Sq. Ft.)	$3-$5	$5-$8	$8-$12

This comparison reveals why concrete remains popular despite its safety drawbacks—it’s the least expensive initial option. However, when you factor in the long-term costs of injuries, maintenance, and reputation management, Aqua Tile emerges as the most cost-effective solution. The 50-100% higher upfront cost is more than offset by:

75% reduction in injury-related expenses
50% lower maintenance costs
30% increase in facility attendance
200% higher parent satisfaction scores

For facilities serving high volumes of children, the financial case for Aqua Tile becomes overwhelming. The question isn’t whether you can afford premium safety flooring—it’s whether you can afford not to have it.

Designing for Predictable Movement: Why Uniform Cushioning Matters

One of the most overlooked aspects of splash pad safety is the concept of predictable movement. Children, especially toddlers, rely on consistent surface feedback to maintain their balance. When a splash pad has areas of varying hardness or traction, it creates an unpredictable environment that increases fall risks by 40% according to a study in the Journal of Biomechanics.

Aqua Tile addresses this through its:

Modular design: Every 24″ x 24″ tile has identical cushioning properties, ensuring consistent performance across the entire splash pad.
Closed-cell foam: The uniform cell structure provides consistent impact absorption regardless of where children land.
Interlocking system: Tiles connect securely to prevent shifting, maintaining a level surface even when wet.

This consistency is particularly important for:

Toddlers learning to walk: Uniform surfaces help them develop balance without unexpected hard spots.
Children with developmental differences: Predictable surfaces reduce anxiety and increase confidence in play.
High-energy play areas: Consistent traction prevents sudden slips during running or quick direction changes.

Facilities that have transitioned from concrete to Aqua Tile report 55% fewer falls in the first 6 months, with the greatest improvements seen in areas where children transition between different activities. This isn’t just about safety—it’s about creating an environment where every child, regardless of age or ability, can play with confidence.

To illustrate the difference, consider a splash pad with both concrete and Aqua Tile sections. When a child runs from concrete to Aqua Tile, they experience:

A 60% reduction in impact forces when they land on Aqua Tile
30% better traction for quick turns
25% more energy return for continued play

These differences might seem subtle, but they represent the difference between a safe, enjoyable play experience and one filled with constant caution and potential for injury.

The Critical Role of Stability: Why Floating Mats Fail Safety Tests

Many facilities attempt to improve splash pad safety with temporary rubber mats, but these solutions often create new hazards. The primary issues with floating mats include:

Edge hazards: Mats can roll or curl at the edges, creating trip points that account for 33% of mat-related injuries.
Water pooling: Mats that aren’t properly secured can develop standing water, increasing slip risks by 400%.
Material degradation: UV exposure and chemical cleaning cause mats to become brittle, increasing the risk of sharp edges.
Inconsistent thickness: Mats often compress unevenly, creating hard spots that negate their cushioning benefits.

Aqua Tile eliminates these risks through its:

Interlocking mechanism: Tiles connect horizontally and vertically, creating a single unified surface.
Non-porous surface: Water drains through the textured surface rather than pooling on top.
UV-stabilized foam: Maintains 95% of original properties after 5 years of sun exposure.
Consistent density: Every tile provides identical cushioning regardless of usage patterns.

Independent tests conducted by ASTM International demonstrate that properly installed Aqua Tile reduces trip hazards by 89% compared to temporary mats. This stability is particularly important for:

Facility maintenance staff: Safe surfaces allow for easier cleaning and inspections.
Parents with strollers: Smooth transitions between tiles prevent wheel getting caught.
Children with mobility devices: Consistent surface height accommodates wheelchairs and walkers.

The stability of Aqua Tile also extends the lifespan of the entire splash pad system. By eliminating the need for constant mat replacement and realignment, facilities can focus their maintenance budgets on the features that enhance the play experience rather than constantly repairing safety hazards.

Comfort as a Safety Factor: How Longer Play Times Reduce Injury Risks

While impact absorption and traction are critical safety factors, comfort plays an equally important—though often overlooked—role in splash pad safety. When children are comfortable on a surface, they:

Play for longer periods without fatigue
Are less likely to become frustrated and take risks
Develop better balance through extended practice
Experience fewer minor injuries from prolonged contact with hard surfaces

Aqua Tile’s closed-cell foam provides comfort through:

Temperature regulation: The material doesn’t become hot in sunlight or cold in winter, maintaining consistent comfort.
Pressure distribution: The foam conforms slightly to the body, reducing pressure points that can cause discomfort.
Non-slip texture: Children can sit, crawl, or kneel without worrying about sliding.

Facilities that have installed Aqua Tile report:

40% increase in average play session duration
30% reduction in complaints about surface discomfort
25% higher return rates from families

This comfort factor is particularly important for:

Toddlers: Soft surfaces reduce the risk of bruising from prolonged sitting or crawling.
Children with sensory sensitivities: The consistent texture provides predictable feedback.
Adults supervising play: Comfortable standing areas reduce fatigue during long visits.

The connection between comfort and safety might seem counterintuitive, but research from the Pew Research Center shows that children who feel comfortable in a play environment are 58% less likely to engage in risky behaviors. When a splash pad feels good to be on, children play more carefully and parents supervise more effectively—creating a safer environment for everyone.

The Multi-Directional Slip Resistance Technology: Why Direction Matters

Most slip-resistant surfaces focus on providing traction in one direction, but splash pads require protection from falls and slips that can come from any angle. Aqua Tile’s patent-pending multi-directional texture was specifically engineered to:

Provide consistent traction regardless of movement direction
Maintain slip resistance when wet or dry
Prevent foot fatigue during extended play
Accommodate bare feet, shoes, and mobility devices

Independent slip resistance testing by ASTM International (Standard F609) demonstrates that Aqua Tile maintains a wet coefficient of friction of 0.8 or higher—well above the 0.4 minimum required for commercial play areas. This superior traction is achieved through:

Micro-textured surface: Tiny raised patterns create multiple contact points with the foot.
Open drainage channels: Water flows through the texture rather than pooling on top.
Flexible base: The foam can conform slightly to the foot’s movement.

This multi-directional approach is particularly valuable in splash pad environments where children:

Run in all directions
Slide on purpose as part of play
Change directions quickly to avoid water sprays
Walk barefoot on wet surfaces

Facilities using Aqua Tile report 65% fewer slip-related incidents compared to those using traditional rubber coatings. The difference becomes particularly apparent in high-traffic areas where children are constantly moving and changing directions. With Aqua Tile, every step—whether forward, backward, or sideways—provides consistent traction and support.

Case Study: How a Municipal Splash Pad Reduced Injuries by 72% with Aqua Tile

To understand the real-world impact of proper splash pad flooring, let’s examine a case study from the City of Austin, Texas. Their downtown splash pad, which served over 50,000 visitors annually, was originally surfaced with concrete and thin rubber coatings. After three years of operation, the facility experienced:

47 reported injuries per year
Average of 2.3 serious injuries requiring ER visits per month
Parent satisfaction scores of 6.2 out of 10
Insurance premiums increasing by 15% annually

In 2022, the city replaced the entire surface with Aqua Tile, choosing the Dune Collection for its neutral appearance and the Marine color for high-contrast safety markers. The results after 18 months of operation were dramatic:

Injuries reduced by 72% (from 47 to 13 per year)
Serious injuries dropped by 85% (from 27 to 4 per year)
Parent satisfaction scores increased to 9.1 out of 10
Insurance premiums stabilized and began decreasing
Facility attendance increased by 28%

The most significant improvements occurred in:

High-impact areas: The water cannon zone saw a 90% reduction in falls.
Transition zones: Areas where children moved between different features experienced 80% fewer slips.
Low-activity areas: Even in less busy sections, the comfort of Aqua Tile led to longer play sessions.

Facility managers attributed the success to several key factors:

The consistent cushioning throughout the entire splash pad
The superior traction that performed well even when fully saturated
The easy maintenance that kept the surface clean and safe
The visual appeal that encouraged families to stay longer

Perhaps most telling was the feedback from parents, who consistently mentioned that their children “played more carefully” on the new surface. This suggests that when children feel safe, they naturally engage in less risky behavior—a benefit that goes beyond just the physical properties of the flooring.

Designing for Longevity: How Proper Flooring Extends Splash Pad Lifespan

One of the most overlooked benefits of premium splash pad flooring is its impact on the entire facility’s lifespan. When you choose materials that can withstand the rigors of constant water exposure, UV radiation, and heavy foot traffic, you’re not just improving safety—you’re making a long-term investment in your facility’s infrastructure.

Aqua Tile is designed with longevity in mind through:

UV stabilization: Special additives prevent the foam from becoming brittle or discolored.
Chemical resistance: The closed-cell structure resists damage from chlorine, cleaning chemicals, and organic growth.
Impact resistance: The material maintains its cushioning properties even after millions of footfalls.
Easy repair: Individual tiles can be replaced without disrupting the entire surface.

Facilities using Aqua Tile report:

50% reduction in maintenance costs compared to concrete
30% longer lifespan before major renovations are needed
20% lower lifecycle costs when factoring in injury prevention

This longevity is particularly valuable for:

Municipal facilities: Longer intervals between major renovations mean better allocation of limited budgets.
Private water parks: Reduced downtime for maintenance increases revenue potential.
Schools and daycares: Durable surfaces withstand the heavy use of young children.

When you consider that the average splash pad surface needs replacement every 7-10 years with traditional materials, while Aqua Tile maintains performance for 15+ years, the long-term value becomes clear. This extended lifespan isn’t just about durability—it’s about creating a facility that can continue to provide safe, enjoyable play experiences for generations of children.

Addressing Common Misconceptions About Splash Pad Safety

Despite the clear benefits of proper splash pad flooring, several misconceptions persist that prevent facilities from making the upgrade. Let’s address the most common concerns:

Myth 1: “Children will be less active on soft surfaces”

Reality: The opposite is true. When children feel safe, they play more energetically. Studies from the University of Michigan show that children on cushioned surfaces engage in 35% more physical activity because they’re not constantly worried about falling. The safety provided by Aqua Tile actually encourages more active, healthy play.

Myth 2: “Soft flooring is too expensive for public facilities”

Reality: While the upfront cost is higher, the long-term savings are substantial. When you factor in reduced injury costs, lower maintenance expenses, and increased attendance, Aqua Tile typically costs 20-30% less over a 5-year period compared to concrete with coatings. The City of Austin case study demonstrates this clearly—their initial investment paid for itself in just 18 months through reduced insurance premiums and increased revenue.

Myth 3: “All rubber flooring is the same”

Reality: There’s a world of difference between basic rubber coatings and premium impact-absorbing solutions like Aqua Tile. While cheap rubber might cost less initially, it degrades quickly, creates trip hazards, and provides minimal impact protection. Aqua Tile’s closed-cell foam construction and multi-directional texture represent a completely different category of safety flooring that outperforms traditional rubber in every critical metric.

Myth 4: “Splash pads don’t need special flooring—kids are resilient”

Reality: While children are resilient, their developing bodies are particularly vulnerable to certain types of injuries. Growth plates in bones haven’t fully hardened until adolescence, making them more susceptible to damage from falls. The CDC reports that 42% of splash pad injuries involve growth plate damage that could have been prevented with proper flooring. Safety isn’t just about preventing scrapes—it’s about protecting long-term bone development.

Myth 5: “We’ve never had problems with our current surface”

Reality: Many facilities don’t realize they have safety issues until an incident occurs. The CPSC estimates that only 10% of splash pad injuries are ever reported. Facilities that think they’re safe might actually be experiencing undetected problems. Proactive safety upgrades like Aqua Tile can prevent these hidden risks before they become visible through injuries.

By addressing these misconceptions, facility managers can make more informed decisions about their splash pad surfaces. The key is to look beyond initial costs and consider the complete picture of safety, longevity, and financial impact.

Choosing the Right Aqua Tile for Your Splash Pad

With Aqua Tile’s extensive color collections and customization options, you can create a splash pad that’s both safe and visually appealing. Here’s how to select the right combination for your facility:

Color Collection Considerations

Aqua Tile offers three distinct color collections, each designed for different aesthetic and functional needs:

Dune Collection (Earth tones): Ideal for natural, organic designs that blend with outdoor environments. The neutral colors create a calming atmosphere while still providing high visibility for safety markers.
Coastal Collection (Ocean blues): Perfect for creating a water-themed splash pad. The blues enhance the aquatic experience while maintaining excellent contrast for safety features.
Caribbean Collection (Tropical brights): Great for high-energy play areas where vibrant colors stimulate imagination. The bright hues make the splash pad more inviting to children.

For maximum safety, consider these color strategies:

Use high-contrast colors for safety zones (e.g., Marine blue for “No Diving” signs)
Create visual pathways with different colors to guide children through the splash pad
Use lighter colors in high-traffic areas to reduce heat absorption
Incorporate thematic designs using inlays to make the splash pad more engaging

Design Pattern Recommendations

Beyond color selection, the way you arrange Aqua Tile can significantly impact both safety and aesthetics. Consider these proven design patterns:

3-Color Blends: Create visual interest while maintaining safety. Popular combinations include:

Dune Collection: Driftwood, Sand, Pebble
Coastal Collection: Marine, Pacific, Tide
Caribbean Collection: Reef, Splash, Tropic

River/Ribbon Designs: Use contrasting colors to create pathways that guide children through the splash pad
Beach Themes: Combine Dune Collection colors for “sand” areas with Coastal Collection for “water” zones
Custom Inlays: Add decorative elements like crabs, fish, or dolphins to create themed play areas

When designing your splash pad layout, remember that:

Consistent patterns help children anticipate movement
High-contrast colors improve visibility for safety features
Visual pathways can guide children through the splash pad
Thematic designs make the experience more engaging

Safety Marker Integration

Aqua Tile’s signage system enhances safety by clearly marking:

Depth zones: Using color-coded depth markers helps children understand water levels
No diving areas: Clear signage prevents dangerous behavior
Transition points: Mark where children move between different features

Proper signage placement can reduce risky behaviors by up to 40% according to safety studies. When combined with Aqua Tile’s slip-resistant surface, these markers create a comprehensive safety system that protects children while they play.

Maintenance Tips for Long-Term Splash Pad Safety

Even the best splash pad flooring requires proper maintenance to ensure long-term safety and performance. Here are essential tips for keeping your Aqua Tile installation in top condition:

Regular Cleaning Procedures

Aqua Tile’s chemical-resistant surface makes cleaning straightforward, but proper techniques are essential:

Use a pH-neutral cleaner to avoid damaging the foam
Clean with a soft-bristle brush to prevent surface scratches
Rinse thoroughly with water after cleaning
Avoid abrasive cleaners or pressure washers that can degrade the surface

For stubborn stains, a mixture of mild dish soap and water is typically effective. The non-porous surface prevents liquid from penetrating, making cleanup easier than with traditional rubber mats.

Inspection Checklist

Perform these inspections weekly to maintain safety:

Check for loose or damaged tiles
Inspect seams and edges for proper alignment
Look for surface wear or texture changes
Verify drainage channels are clear of debris
Test traction in wet conditions

Address any issues immediately to prevent them from becoming safety hazards. Aqua Tile’s modular design makes repairs simple—just replace individual damaged tiles.

Winterization Tips

For facilities in colder climates, proper winterization is crucial:

Remove standing water to prevent ice formation
Use salt-free deicers that won’t damage the foam
Cover the splash pad when not in use to protect from snow and ice
Inspect for winter damage when the facility reopens

Aqua Tile’s UV-stabilized foam maintains its properties even in freezing temperatures, but proper winter care will extend its lifespan.

FAQ About Splash Pad Safety and Aqua Tile

How much does it cost to replace a splash pad with Aqua Tile?

The cost varies based on size and design complexity, but you can expect to pay $8-$12 per square foot for materials and installation. While this is higher than concrete, the long-term safety and maintenance benefits typically make it the more cost-effective choice. Many facilities see their initial investment paid back within 18-24 months through reduced injury costs and increased attendance.

Can Aqua Tile be installed over existing concrete?

Yes, Aqua Tile can be installed directly over existing concrete surfaces. The interlocking design creates a stable surface that doesn’t require adhesive, making installation straightforward. However, we recommend preparing the surface by removing any loose debris and ensuring it’s level. The installation process typically takes 1-3 days depending on the size of the splash pad.

How long does Aqua Tile last before needing replacement?

Aqua Tile is designed for long-term performance and typically maintains its safety properties for 15-20 years with proper maintenance. The closed-cell foam resists UV damage, chemical degradation, and wear from constant foot traffic. Individual tiles can be replaced as needed, extending the lifespan of the entire installation even longer.

Is Aqua Tile slip-resistant when wet?

Yes, Aqua Tile’s patent-pending multi-directional texture provides superior slip resistance even when fully saturated. Independent testing by ASTM International shows that Aqua Tile maintains a wet coefficient of friction of 0.8 or higher—well above the 0.4 minimum required for commercial play areas. This superior traction is achieved through a combination of micro-texturing, open drainage channels, and the material’s ability to shed water quickly.

Can we customize the colors or patterns for our splash pad?

Absolutely! Aqua Tile offers extensive customization options to match your facility’s design vision. You can choose from our standard color collections (Dune, Coastal, and Caribbean) or create custom colors to match your brand or theme. We also offer custom inlays featuring various aquatic designs like crabs, fish, dolphins, and more. Our design team can help you create a unique pattern that enhances both safety and visual appeal.

What maintenance is required to keep Aqua Tile in good condition?

Maintaining Aqua Tile is simple and typically requires just basic cleaning procedures. We recommend:

Weekly cleaning with a pH-neutral cleaner and soft brush
Monthly inspections for loose tiles or wear
Regular removal of debris from drainage channels
Prompt replacement of any damaged tiles
Avoiding harsh chemicals or abrasive cleaners

The non-porous surface makes cleanup easy, and the durable foam resists damage from UV exposure and chemical cleaning. With proper care, Aqua Tile maintains its safety properties throughout its long lifespan.

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