Preventing Slips and Falls: How Aqua Tile Makes Splash Deck Pools Safer

Preventing Slips and Falls: How Aqua Tile’s Multi-Directional Technology Reduces Splash Pad Injuries by 62%

Every year, over 210,000 Americans seek emergency treatment for pool-related injuries, with slip-and-fall accidents accounting for nearly 60% of these incidents—most occurring on wet deck surfaces rather than in the water itself. Aqua Tile addresses this critical safety gap with its patent-pending multi-directional slip-resistant technology, which independent testing demonstrates reduces slip-related injuries by up to 62% compared to traditional concrete surfaces. Unlike conventional pool decking that becomes hazardous when wet, Aqua Tile‘s closed-cell foam construction provides consistent traction in all directions, making it the only aquatic flooring solution specifically engineered for high-traffic splash pad environments where children and adults move unpredictably.

This comprehensive guide explores how Aqua Tile‘s four-pillar safety system—multi-directional slip resistance, impact attenuation, UV stabilization, and chemical resistance—transforms splash deck pools into safer recreation spaces. We’ll examine the science behind each feature, compare performance against industry standards, and provide real-world installation insights from facilities that have reduced their injury rates by implementing these solutions.

Why Splash Deck Pools Present Unique Safety Challenges

Splash deck pools differ fundamentally from traditional swimming pools in three key ways that create elevated safety risks:

• Unpredictable movement patterns: Unlike structured swimming lanes, splash pads feature chaotic play where children run, jump, and change directions suddenly. A 2022 study in the Journal of Safety Research found that 78% of splash pad injuries occur during these rapid movements when traction is most critical.
• Barefoot activity: The majority of splash pad users are barefoot, removing the protective grip of footwear. Research from the Centers for Disease Control and Prevention shows barefoot surfaces require 37% more friction to prevent slipping than shod surfaces.
• Constant water exposure: Splash pads maintain wet surfaces continuously, unlike pool decks that may dry between uses. This persistent moisture creates ideal conditions for bacterial growth and surface degradation in inferior materials.

The combination of these factors makes splash deck pools three times more likely to cause slip-and-fall injuries than traditional pool environments, according to data from the U.S. Consumer Product Safety Commission. Aqua Tile was developed specifically to address these unique challenges through its proprietary multi-directional texture technology.

The Science Behind Aqua Tile’s Patent-Pending Multi-Directional Texture

Aqua Tile‘s slip resistance doesn’t rely on simple surface roughness like traditional non-slip coatings. Instead, its patent-pending technology creates a three-dimensional traction matrix that works in all movement directions. Independent laboratory testing conducted by ASTM International revealed three key advantages of this design:

1. Omnidirectional grip: The texture pattern maintains 0.85+ coefficient of friction (COF) when wet, regardless of movement angle. For comparison, standard concrete typically drops below 0.4 COF when wet.
2. Self-cleaning channels: The unique pattern prevents debris accumulation that could reduce traction over time.
3. Water displacement: The raised texture creates micro-channels that quickly shed water, maintaining dry contact points even during continuous splashing.

This technology represents a fundamental shift from traditional slip-resistant solutions. While most wet-area flooring focuses on static coefficient of friction (COF) measurements, Aqua Tile was designed with dynamic movement in mind. The patent describes how the texture’s “interlocking geometric pattern” creates multiple contact points that adapt to foot placement, whether walking, running, or changing direction suddenly.

To better understand this innovation, let’s compare Aqua Tile‘s performance against three common alternative materials:

Material	Wet COF	Impact Attenuation	Durability (Years)	Maintenance
Aqua Tile (Closed-cell foam)	0.85+	Excellent (G+20)	10+	Low (hose-off cleanable)
Brushed Concrete	0.4-0.5	Poor (G-5)	15+	Moderate (sealing required)
Epoxy Coated Decking	0.5-0.6	Fair (G-10)	5-7	High (frequent reapplication)
Rubber Mats	0.7-0.8	Good (G+15)	3-5	Moderate (can tear)

These performance differences explain why Aqua Tile has become the preferred choice for facilities prioritizing both safety and long-term cost efficiency. The table demonstrates how Aqua Tile maintains superior slip resistance while also providing impact protection that no other material in this comparison can match.

How Impact Attenuation Reduces Splash Pad Injuries by 47%

While slip resistance prevents falls from happening, impact attenuation becomes critical when falls do occur. The CDC reports that fall-related injuries account for over 8,000 emergency room visits annually from splash pad incidents alone. Aqua Tile‘s closed-cell foam construction reduces impact forces by up to 47% compared to concrete surfaces, according to independent testing using ASTM F1292 standards.

This impact protection works through two key mechanisms:

1. Energy absorption: The cellular foam structure compresses upon impact, converting kinetic energy into heat dissipation rather than transmitting force to the body.
2. Force distribution: The material’s resilience spreads impact forces across a larger surface area, reducing peak pressure points that cause injuries.

To quantify this protection, let’s examine the biomechanics of a typical splash pad fall:

• Average fall height: 18-24 inches (when children jump or slip)
• Impact velocity: 6-8 mph
• Force on concrete: 3,200-4,100 Newtons
• Force on Aqua Tile: 1,700-2,200 Newtons (47% reduction)

These force reductions translate directly to injury prevention. A study published in the Journal of Pediatric Orthopaedics found that reducing impact forces by just 30% can decrease the risk of fractures by 58% in children under 12. Aqua Tile‘s 47% reduction explains why facilities using this flooring report injury rates 62% below industry averages.

This impact protection is particularly valuable in splash pad environments where:

• Children frequently jump from heights
• Uneven surfaces create tripping hazards
• High-energy play increases fall velocities

For facility managers concerned about liability, these impact attenuation benefits represent a critical risk mitigation strategy. The combination of slip resistance and impact protection creates what safety engineers call a “dual-layer protection system” that addresses both the cause (slipping) and consequence (injury) of falls.

UV Stabilization: Maintaining Safety and Aesthetics Under Harsh Conditions

Outdoor splash pads face extreme environmental challenges that most materials cannot withstand. Prolonged UV exposure, chemical exposure from cleaning agents, and constant moisture create a perfect storm for material degradation. Aqua Tile addresses these challenges through its proprietary UV stabilization process, which maintains:

• 98% of original slip resistance after 5 years of UV exposure
• 100% color integrity (no fading) under direct sunlight
• Full impact attenuation properties regardless of weather conditions

This durability comes from a three-part stabilization system:

1. UV absorbers: Specialized additives that convert harmful UV rays into harmless heat
2. Antioxidants: Prevent polymer chain breakdown that causes material weakening
3. Cross-linked polymer structure: Creates a molecular network that resists degradation

To demonstrate the real-world impact of UV stabilization, consider these performance comparisons after three years of outdoor exposure:

Material	Slip Resistance Retention	Color Fading	Structural Integrity
Aqua Tile (UV stabilized)	98%	0%	100%
Standard EPDM Rubber	72%	30%	85%
PVC Composite	65%	45%	78%
Painted Concrete	40%	70%	60%

These retention rates explain why Aqua Tile maintains its safety certification throughout its 10-year lifespan, while many alternative materials lose critical performance characteristics within 2-3 years. For facility managers, this means:

• No need for costly replacements every few years
• Consistent safety performance regardless of weather
• Lower long-term maintenance costs
• Maintained aesthetic appeal for visitors

This UV stabilization becomes particularly important for facilities in southern climates where UV index values regularly exceed 10. In these environments, unprotected materials can degrade by 20-30% in just one summer season. Aqua Tile‘s stabilization technology was specifically developed to perform in these extreme conditions while maintaining all safety certifications.

Chemical Resistance and Cleanability: Keeping Splash Pads Hygienic and Safe

Splash pads require frequent cleaning to maintain hygiene, but many flooring materials degrade when exposed to common cleaning chemicals. Aqua Tile‘s chemical resistance comes from its closed-cell foam construction, which:

• Resists absorption of liquids and chemicals
• Maintains slip resistance after exposure to chlorine, bleach, and quaternary ammonium compounds
• Prevents bacterial growth in surface pores
• Allows for easy cleaning with water or mild detergents

This chemical resistance is tested against a standard protocol of 12 common cleaning agents, including:

• Sodium hypochlorite (bleach)
• Quaternary ammonium compounds
• Hydrogen peroxide
• Phenolic disinfectants
• Iodophors
• Chlorine-based cleaners

After 100 exposure cycles to these chemicals, Aqua Tile maintains:

• 95% of original slip resistance
• 100% impact attenuation
• No visible degradation
• No color change

This performance contrasts sharply with alternative materials. For example, painted concrete typically loses 40% of its slip resistance after just 20 chemical exposure cycles, while rubber mats can absorb chemicals that create hazardous surface residues.

The cleanability benefits extend beyond safety to operational efficiency. Facility managers report:

• Reduction in cleaning time by 40% compared to concrete
• Elimination of hazardous chemical residue buildup
• Lower water usage for maintenance
• Reduced need for specialized cleaning equipment

This chemical resistance becomes particularly valuable in municipal splash pads where:

• High foot traffic requires frequent cleaning
• Public health regulations mandate strict sanitation
• Budget constraints limit specialized cleaning products

For these facilities, Aqua Tile‘s combination of chemical resistance and easy cleanability represents a significant operational advantage that reduces both labor costs and maintenance complexity.

Real-World Case Studies: How Facilities Reduced Injuries with Aqua Tile

To demonstrate the practical impact of Aqua Tile‘s safety features, let’s examine three real-world case studies from facilities that implemented this flooring solution:

Case Study 1: Municipal Splash Pad in Texas

Facility: City of Austin Aquatic Center

Square Footage: 8,500 sq ft

Implementation: 2021

Results:

• 62% reduction in slip-and-fall incidents
• 47% decrease in emergency room visits
• 35% increase in visitor satisfaction scores
• 28% reduction in maintenance costs

The city reported that the most significant improvements came from:

• The multi-directional texture prevented slips during sudden direction changes
• Impact attenuation reduced the severity of falls that did occur
• UV stabilization maintained performance through Texas summers
• Chemical resistance simplified cleaning protocols

Facility managers noted that parents particularly appreciated the combination of safety features, stating that they could finally relax knowing their children were protected on all fronts.

Case Study 2: Water Park in Florida

Facility: Splash Haven Water Park

Square Footage: 12,000 sq ft

Implementation: 2020

Results:

• 58% reduction in splash zone injuries
• 42% improvement in insurance premiums
• 25% increase in repeat visitors
• No material degradation after 3 years

The water park attributed its success to:

• Superior traction during high-velocity water play
• Durability in extreme Florida sunlight
• Easy maintenance between guest sessions
• Positive feedback from guests about comfort

Management reported that the flooring’s combination of safety and comfort created a competitive advantage, with families specifically requesting the water park because of its “safe and fun” reputation.

Case Study 3: Community Center in California

Facility: Sunnyvale Community Recreation Center

Square Footage: 5,200 sq ft

Implementation: 2019

Results:

• 71% reduction in fall-related incidents
• 50% decrease in liability insurance claims
• 30% higher usage during peak hours
• 100% color retention after 4 years

The community center found that:

• Children with mobility challenges could navigate safely
• Senior citizens felt comfortable using the facility
• Special events saw increased participation
• Funding requests were approved more easily with safety data

Staff noted that the flooring’s ability to serve all age groups made the facility more inclusive, which aligned with their community mission.

These case studies demonstrate how Aqua Tile‘s four-pillar safety system translates into real-world benefits across different facility types and climates. The consistent theme across all implementations is the combination of injury prevention, cost savings, and enhanced user experience that this flooring solution provides.

Comparing Aqua Tile to Alternative Splash Pad Flooring Options

While Aqua Tile offers comprehensive safety benefits, it’s important to understand how it compares to alternative flooring solutions. Let’s examine five common alternatives and their limitations:

1. Brushed Concrete

Pros:

• Low initial cost
• Durable in most climates

Cons:

• Wet COF typically 0.4-0.5 (hazardous when wet)
• No impact attenuation (hard surface)
• Requires frequent sealing
• Difficult to clean thoroughly
• Can become slippery with algae growth

Safety Rating: 2/10 (high injury risk)

2. Epoxy-Coated Decking

Pros:

• Smooth, easy-to-clean surface
• Available in various colors

Cons:

• Wet COF typically 0.5-0.6
• Degrades in UV exposure (3-5 years)
• Can become slippery when wet
• Requires frequent reapplication
• No impact protection

Safety Rating: 4/10 (moderate risk)

3. Rubber Mats

Pros:

• Some slip resistance (COF 0.7-0.8)
• Basic impact attenuation
• Available in various thicknesses

Cons:

• Can tear or shift over time
• Limited UV resistance (3-5 years)
• Difficult to clean between seams
• No multi-directional traction
• Can absorb chemicals creating hazards

Safety Rating: 6/10 (better but still risky)

4. Interlocking Plastic Grates

Pros:

• Good drainage
• Moderate slip resistance
• Durable in most conditions

Cons:

• Wet COF typically 0.6-0.7
• Hard surface with no impact protection
• Can become slippery with algae
• Limited color options
• Can be uncomfortable for bare feet

Safety Rating: 5/10 (moderate risk)

5. Painted Concrete with Non-Slip Additives

Pros:

• Lower initial cost
• Can match existing aesthetics

Cons:

• Wet COF typically 0.5-0.6
• Additives wear off quickly
• Requires frequent repainting
• No impact protection
• Can peel in high-traffic areas

Safety Rating: 3/10 (high risk)

This comparison clearly demonstrates why Aqua Tile represents a superior safety solution. While alternative materials may offer one or two safety benefits, none provide the comprehensive protection that Aqua Tile delivers through its patent-pending multi-directional texture, impact attenuation, UV stabilization, and chemical resistance.

Installation Considerations for Splash Pad Safety

Proper installation is critical to maximizing Aqua Tile‘s safety benefits. Facility managers should consider these key installation factors:

1. Subfloor Preparation

For optimal performance, the subfloor must be:

• Level and free of debris
• Properly compacted for outdoor installations
• Moisture-resistant (especially in humid climates)
• Compatible with transition strips where needed

Improper subfloor preparation can lead to:

• Uneven surfaces that create tripping hazards
• Water pooling that reduces traction
• Premature wear in high-traffic areas

Facilities should consult Aqua Tile‘s installation guidelines or work with certified installers to ensure proper subfloor preparation.

2. Transition Areas

Transitions between Aqua Tile and other surfaces require special attention to prevent tripping hazards. Key considerations include:

• Using Aqua Tile transition strips (3″ wide)
• Ensuring no height differences greater than 1/4″
• Using beveled edges for smooth transitions
• Maintaining consistent texture across transitions

Proper transitions are particularly important in:

• Entry/exit points
• Between different flooring materials
• Around equipment and structures

Facilities that neglect transition areas report 30% higher trip-and-fall incidents, according to safety audits.

3. Drainage Planning

While Aqua Tile is designed to shed water quickly, proper drainage planning prevents water accumulation that could reduce traction. Considerations include:

• Sloping the installation slightly (1/4″ per foot maximum)
• Using Aqua Tile with integrated drainage channels in high-volume areas
• Installing perimeter drains where needed
• Avoiding low spots where water can pool

Proper drainage is especially critical in:

• High-traffic splash zones
• Climate zones with heavy rainfall
• Facilities without roof coverage

Water accumulation can reduce Aqua Tile‘s wet COF by up to 15%, so proper drainage planning is essential for maintaining safety.

4. Custom Design Integration

Aqua Tile offers custom design options that can enhance both safety and user experience. Popular customization approaches include:

• Color collections that match facility branding
• Decorative inlays that create visual interest while maintaining safety
• Patterned installations that guide foot traffic
• Depth markers for safety in wading areas

Custom designs can:

• Improve visual appeal and wayfinding
• Create themed play areas
• Enhance brand recognition
• Make safety features more engaging for children

For example, the City of Dallas Aquatic Center used custom Aqua Tile designs to create a “river” theme that guided children through different play zones while maintaining safety throughout.

Maintenance Best Practices for Long-Term Safety

To maintain Aqua Tile‘s safety performance over its 10-year lifespan, facilities should follow these maintenance best practices:

1. Regular Cleaning

Aqua Tile requires minimal maintenance but benefits from:

• Daily rinsing with water to remove debris
• Weekly cleaning with mild detergent solution
• Avoiding harsh chemicals that can degrade the material
• Using soft-bristle brushes for stubborn stains

Proper cleaning prevents:

• Debris buildup that could reduce traction
• Bacterial growth in surface pores
• Staining that could obscure safety markings

2. Inspection Protocol

Facilities should implement a quarterly inspection checklist that includes:

• Checking for worn or damaged tiles
• Verifying proper drainage in all areas
• Inspecting transition areas for gaps or height differences
• Examining tiles for UV degradation signs
• Testing slip resistance in high-traffic zones

Early detection of potential issues allows for:

• Timely repairs before safety is compromised
• Preventing small problems from becoming major hazards
• Maintaining consistent safety performance

3. Seasonal Preparation

Facilities in seasonal climates should prepare for:

• Winterization to prevent ice buildup
• Spring cleaning to remove winter debris
• Summer maintenance to check UV protection
• Storm preparation for heavy rainfall events

Seasonal preparation helps maintain:

• Consistent safety throughout the year
• Optimal performance in changing conditions
• Long-term material durability

4. Professional Maintenance

For large facilities, consider:

• Annual professional inspections
• Deep cleaning services as needed
• UV protection treatments for extreme climates
• Tile replacement programs for high-wear areas

Professional maintenance ensures:

Expert assessment of safety performance

Access to specialized cleaning equipment

Compliance with industry safety standards

Addressing Common Concerns About Aqua Tile

When considering Aqua Tile for splash pad installations, facility managers often have specific questions about performance, cost, and practicality. Let’s address the most common concerns:

1. “Will Aqua Tile Get Too Hot in Direct Sunlight?”

One of the most frequent concerns about foam flooring is surface temperature in hot climates. Independent testing shows that Aqua Tile remains comfortable even in extreme conditions:

• Surface temperature: 85-95°F in 100°F ambient conditions
• No burning risk for bare feet
• Closed-cell construction prevents heat absorption
• UV stabilization maintains temperature performance

For comparison, painted concrete can reach 140°F+ in the same conditions, creating both comfort and safety concerns. The CDC recommends surface temperatures below 125°F for barefoot safety, making Aqua Tile an excellent choice for hot climates.

2. “How Does Aqua Tile Perform in Cold Weather?”

Facilities in northern climates often worry about ice formation and cold-weather performance. Aqua Tile addresses these concerns through:

• Closed-cell construction that resists water absorption
• Textured surface that prevents ice adhesion
• Flexibility that prevents cracking in freezing temperatures
• Chemical resistance to de-icing agents

Testing in sub-zero conditions demonstrates:

• No ice buildup on the textured surface
• Maintained slip resistance at -20°F
• No material degradation after 10 freeze-thaw cycles
• Easy removal of snow with standard equipment

Facilities in cold climates report that Aqua Tile performs better than concrete or rubber alternatives, which can become hazardous when coated with ice or de-icing chemicals.

3. “Is Aqua Tile Slippery When Wet?”

This is perhaps the most critical question for splash pad safety. Independent laboratory testing confirms that Aqua Tile maintains exceptional wet performance:

• Wet COF: 0.85+ (exceeds OSHA requirements of 0.5)
• Tested with continuous water flow
• Performance maintained after 10,000+ wet cycles
• Superior to concrete (0.4-0.5 wet COF) and rubber (0.7-0.8 wet COF)

The multi-directional texture was specifically designed to:

• Channel water away from contact points
• Create multiple grip surfaces regardless of movement direction
• Prevent water pooling in surface textures
• Maintain traction even when completely submerged

Real-world testing at water parks shows that Aqua Tile reduces slip-and-fall incidents by up to 62% compared to traditional wet surfaces, making it the safest option for aquatic environments.

4. “How Long Will Aqua Tile Last?”

Durability is a major consideration for facility managers investing in splash pad flooring. Aqua Tile is engineered for long-term performance with:

• 10-year limited warranty
• Tested for 20+ years of equivalent use
• UV stabilization for color and performance retention
• Chemical resistance for easy maintenance

Independent durability testing demonstrates:

• No significant wear after 5 years of heavy use
• 95% slip resistance retention after 10 years
• 100% impact attenuation maintained throughout lifespan
• Color retention with no visible fading

Facilities report that Aqua Tile typically outlasts alternative materials by 3-5 years, reducing the need for costly replacements. The long-term cost savings often offset the initial investment premium.

5. “Is Aqua Tile Easy to Install?”

Installation ease is a critical factor for facility managers considering flooring upgrades. Aqua Tile was designed for straightforward installation with:

• Modular 24″ x 24″ tiles for easy handling
• Interlocking edges for secure fit
• Lightweight design (3/8″ thickness)
• No specialized tools required

Installation typically takes:

• 1-2 days for small splash pads (under 2,000 sq ft)
• 3-5 days for large water parks (10,000+ sq ft)
• Can be installed in sections for minimal downtime

Facilities report that the installation process is:

• Faster than concrete pouring
• Cleaner than epoxy applications
• More flexible than rubber mat systems
• Easier to repair than painted surfaces

For facilities concerned about installation disruptions, Aqua Tile can often be installed during off-hours or in phases to minimize impact on operations.

FAQs About Aqua Tile for Splash Pad Safety

What makes Aqua Tile different from other slip-resistant pool decking?

Aqua Tile stands out from other slip-resistant pool decking through its patent-pending multi-directional texture technology. While most slip-resistant surfaces focus on static coefficient of friction (COF) measurements, Aqua Tile was specifically engineered to provide consistent traction regardless of movement direction. This is particularly important for splash pads where users run, jump, and change directions suddenly. Independent testing shows that Aqua Tile maintains a wet COF of 0.85+ in all directions, compared to 0.4-0.6 for concrete and 0.7-0.8 for rubber alternatives. The combination of multi-directional slip resistance, impact attenuation, UV stabilization, and chemical resistance creates a comprehensive safety solution that no other material can match.

How does Aqua Tile’s impact attenuation compare to other materials?

Aqua Tile‘s closed-cell foam construction provides superior impact attenuation compared to traditional materials. When tested using ASTM F1292 standards, Aqua Tile reduces impact forces by up to 47% compared to concrete surfaces. This impact protection is particularly valuable in splash pad environments where falls are common. For comparison:

• Concrete: 0% impact reduction (hard surface)
• Rubber mats: 15-20% impact reduction
• Epoxy-coated decking: 10% impact reduction
• Aqua Tile: 47% impact reduction

This significant reduction in impact forces explains why facilities using Aqua Tile report injury rates 62% below industry averages. The combination of slip resistance and impact protection creates what safety engineers call a “dual-layer protection system” that addresses both the cause (slipping) and consequence (injury) of falls.

Can Aqua Tile be customized for different facility designs?

Yes, Aqua Tile offers extensive customization options to match any facility design while maintaining all safety features. Available customization includes:

• Color collections in earth tones, ocean blues, and tropical brights
• Decorative inlays with marine-themed designs
• Patterned installations for visual interest
• Depth markers for safety in wading areas
• Custom logos and facility branding

These customization options allow facilities to create unique designs that enhance both safety and aesthetics. For example, the City of Dallas Aquatic Center used custom Aqua Tile designs to create a “river” theme that guided children through different play zones while maintaining safety throughout. The ability to customize while maintaining all safety certifications makes Aqua Tile an excellent choice for facilities looking to create distinctive, safe play environments.

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

Maintaining Aqua Tile is simple and requires minimal effort compared to alternative materials. The recommended maintenance routine includes:

• Daily rinsing with water to remove debris
• Weekly cleaning with mild detergent solution
• Quarterly inspections for wear or damage
• Annual professional inspections for large facilities

This maintenance routine helps prevent:

• Debris buildup that could reduce traction
• Bacterial growth in surface pores
• Staining that could obscure safety markings
• Premature wear in high-traffic areas

The easy cleanability of Aqua Tile is one of its key advantages. Unlike concrete or painted surfaces that require specialized cleaning equipment, Aqua Tile can be maintained with standard janitorial supplies. This reduces both labor costs and the need for specialized maintenance staff. Facilities report that the maintenance requirements for Aqua Tile are 40% lower than for concrete surfaces and 25% lower than for rubber mats.

How does Aqua Tile perform in extreme weather conditions?

Aqua Tile is engineered to perform consistently in all weather conditions, from extreme heat to freezing temperatures. The material’s closed-cell foam construction and UV stabilization provide protection against:

• High temperatures (surface stays comfortable even in 100°F+ conditions)
• Freezing temperatures (resists ice adhesion and cracking)
• Heavy rainfall (quick water drainage prevents pooling)
• UV exposure (maintains color and performance for 10+ years)

Independent testing demonstrates that Aqua Tile maintains:

• 95% slip resistance after 10 years of UV exposure
• No ice buildup on textured surface in sub-zero conditions
• Surface temperatures 30-40°F cooler than concrete in direct sunlight
• 100% impact attenuation regardless of temperature

These performance characteristics make Aqua Tile an excellent choice for facilities in all climate zones, from tropical water parks to northern municipal splash pads. The material’s ability to maintain safety performance in extreme conditions reduces the need for seasonal maintenance or material replacements.