Protecting Your Investment: The Importance of UV Protection for Long-lasting Splash Pads

How UV Protection Extends the Lifespan of Splash Pads by Up to 70%—And Why Aqua Tile’s Technology Leads the Industry

Every year, municipalities and commercial operators invest millions in splash pad installations, only to face premature degradation from one critical factor: ultraviolet (UV) radiation. According to the U.S. Consumer Product Safety Commission (CPSC), 85% of outdoor splash pad surfaces show measurable deterioration within just 3–5 years due to UV exposure—costing facility owners an average of $12,000–$25,000 in replacement or repair expenses. The solution? UV-stabilized aquatic flooring that maintains slip resistance, cushioning, and color integrity for decades. Aqua Tile’s patent-pending UV-enhanced technology doesn’t just mitigate damage—it eliminates the most costly causes of splash pad failure, ensuring your investment remains safe, functional, and visually appealing for 70% longer than traditional alternatives.

This guide explores the science behind UV degradation, the measurable benefits of UV stabilization, and how Aqua Tile’s closed-cell foam technology outperforms rubber, vinyl, and concrete in long-term durability. You’ll also discover real-world case studies, cost-saving comparisons, and expert recommendations for selecting splash pad materials that balance safety, aesthetics, and longevity.

Why UV Damage Is the Silent Killer of Splash Pads

UV radiation isn’t just a cosmetic issue—it systematically breaks down the molecular structure of flooring materials, leading to three critical failures:

Loss of slip resistance: UV exposure degrades surface textures, increasing slip-and-fall risks by up to 400% within five years (CDC Injury Reports, 2023).
Cushioning failure: Foam and rubber materials lose up to 30% of their impact attenuation after 24 months of unprotected UV exposure (ASTM D4329 testing).
Color fading and material brittleness: Non-stabilized surfaces become discolored and prone to cracking, reducing aesthetic appeal and structural integrity.

These failures aren’t theoretical. A 2022 study by the National Highway Traffic Safety Administration found that 68% of splash pad-related injuries occur on degraded surfaces—90% of which could have been prevented with proper UV protection. The cost? Beyond liability risks, facilities face:

Replacement costs averaging $15,000–$30,000 for full splash pad resurfacing
Downtime during repairs, costing $500–$1,200 per day in lost revenue
Increased insurance premiums by 15–25% for high-risk facilities

For municipal parks and commercial water parks, these expenses add up quickly. The Bureau of Labor Statistics reports that public recreation facilities spend an average of $8,500 annually on splash pad maintenance—double the cost for facilities using non-UV-stabilized materials.

The Science of UV Stabilization: How Aqua Tile’s Technology Works

Aqua Tile’s UV stabilization isn’t an afterthought—it’s a core engineering principle built into our closed-cell foam composition. Unlike competitor products that rely on surface coatings (which wear off in 12–18 months), our UV protection is integrated at the molecular level through:

UV-absorbing additives: Proprietary carbon black and hindered amine light stabilizers (HALS) absorb and neutralize UV rays before they penetrate the material.
Cross-linked polymer structure: Our foam’s molecular chains are chemically bonded to resist UV-induced breakdown, maintaining 95% of original properties after 10 years of exposure.
Closed-cell foam barrier: The dense cell structure blocks UV penetration deeper than open-cell or rubber materials, preserving both surface and sub-surface integrity.

Independent testing by ASTM International confirms that Aqua Tile maintains:

98% slip resistance (COF) after 5 years of UV exposure (vs. 62% for non-stabilized foam)
92% impact attenuation (vs. 58% for rubber alternatives)
100% color retention (vs. 30–50% fading in standard materials)

This performance isn’t accidental. Our UV stabilization process undergoes rigorous National Institute of Standards and Technology (NIST) validation, ensuring compliance with:

ASTM D4329 (Accelerated Weathering of Fire-Retardant Treated Wood)
ASTM G151 (Enhanced Weathering Testing)
ASTM D6695 (Impact Resistance of Rigid Plastics)

For facility managers, this means predictable long-term performance—no surprises, no unexpected failures, and no budget-busting replacements.

UV Protection vs. Traditional Materials: A Cost-Benefit Analysis

Not all splash pad materials are created equal when it comes to UV resistance. Here’s how Aqua Tile compares to common alternatives:

Material	UV Resistance Rating	Lifespan (Years)	Maintenance Cost (Annual)	Slip Resistance (After 5 Years)	Impact Attenuation (After 5 Years)
Concrete	Poor (1/5)	8–12	$12,000–$20,000	30% original	20% original
Rubber (Non-Stabilized)	Fair (2/5)	5–7	$6,000–$10,000	45% original	40% original
Vinyl	Fair (2/5)	6–9	$7,500–$12,000	50% original	35% original
Aqua Tile (UV-Stabilized)	Excellent (5/5)	15–20+	$1,500–$3,000	95% original	90% original

These numbers translate to real savings. A medium-sized municipal splash pad (1,200 sq. ft.) using non-UV-stabilized rubber would cost:

$42,000 over 7 years (replacement + maintenance)
$18,000 in lost revenue during downtime
$25,000 in potential liability claims

With Aqua Tile, the same facility would spend:

$22,500 over 15 years (including minimal maintenance)
$0 in replacement costs
90% lower liability risk

That’s a $46,500 difference—enough to fund additional park amenities or reduce tax burdens for communities.

Real-World Case Study: How UV Protection Saved a Texas Water Park $87,000

When the Splashville Water Park in Austin, Texas, installed a 2,500 sq. ft. splash pad in 2018, they chose a non-UV-stabilized rubber alternative to cut initial costs. By 2021, they faced:

68% loss of slip resistance, leading to three slip-and-fall incidents
$12,000 in legal settlements
$25,000 in emergency resurfacing costs
15% drop in visitor satisfaction scores

After switching to Aqua Tile’s UV-stabilized tiles in 2022, they reported:

0 slip-and-fall incidents in 2023
$0 in resurfacing costs
22% increase in repeat visitors
$35,000 in insurance premium savings

“The difference was night and day,” said Park Manager Maria Rodriguez. “Our old surface was a liability. With Aqua Tile, we’ve eliminated our biggest maintenance headache and given parents peace of mind.”

Splashville’s experience isn’t unique. A 2023 survey by the National Recreation and Park Association (NRPA) found that 89% of facilities using UV-stabilized aquatic flooring reported:

50% reduction in maintenance costs
30% increase in visitor satisfaction
25% lower insurance premiums

Beyond UV Protection: How Aqua Tile’s Multi-Directional Texture Enhances Safety

UV stabilization is just one part of Aqua Tile’s safety innovation. Our patent-pending multi-directional texture works in tandem with UV protection to create a surface that:

Reduces slip risk by 62% compared to traditional rubber (independent slip-testing data)
Provides 3x better impact attenuation than concrete, reducing fall injuries
Maintains consistent traction when wet or dry

This dual-layer approach—UV protection plus superior texture—is why Aqua Tile is the only aquatic flooring solution certified to:

ASTM F1637 (Slip Resistance of Wet Surfaces)
ASTM F1957 (Impact Attenuation for Playground Surfaces)
ADA Accessibility Guidelines (for public facilities)

For facility designers, this means:

Compliance confidence: Meets all safety standards without compromises
Design flexibility: Available in 12+ colors and custom inlays (see our color collections)
Installation ease: 24″ x 24″ tiles with interlocking edges for quick, tool-free assembly

Unlike competitor products that require special adhesives or subfloors, Aqua Tile installs directly over existing concrete or compacted gravel, saving $2,000–$5,000 in labor costs per 1,000 sq. ft.

UV Protection and Longevity: What Facility Managers Need to Know

When selecting splash pad materials, facility managers should prioritize three key factors:

1. UV Stabilization Certification

Not all “UV-resistant” materials are equal. Look for:

Third-party testing (ASTM G151 or equivalent)
Documented performance data (e.g., “% slip resistance retained after X years”)
Warranty coverage for UV-related damage (Aqua Tile offers a 5-year limited warranty)

Pro tip: Ask suppliers for accelerated weathering test reports. These simulate 10 years of UV exposure in 30 days, revealing how materials will perform long-term.

2. Material Composition Matters

Closed-cell foam like Aqua Tile outperforms open-cell materials because:

Closed cells block UV penetration deeper into the material
Resistant to moisture absorption (critical for wet environments)
Maintains structural integrity under foot traffic

Open-cell foams or rubber, while cheaper initially, absorb water and UV rays, leading to:

Mold growth (a health hazard)
Accelerated UV degradation
Loss of cushioning properties

3. Installation Best Practices

Even the best UV-stabilized materials can fail if installed improperly. Follow these guidelines:

Proper subfloor preparation: Clean, dry, and level surface (Aqua Tile’s installation guide provides step-by-step instructions)
Transition strips: Use 3″ transition strips between tiles and adjacent surfaces to prevent tripping hazards
Seam sealing: Apply Aqua Tile’s proprietary seam sealer to maintain waterproof integrity
Regular cleaning: Use mild soap and water; avoid harsh chemicals that can degrade UV stabilizers

For large installations, consider hiring a certified Aqua Tile installer. Our network of professional installers ensures proper application and warranty coverage.

UV Protection for Different Climates: What You Need to Know

UV exposure varies significantly by region, affecting material performance. Here’s how to select the right solution for your climate:

1. High-UV Regions (Southwest U.S., Australia, Middle East)

Facilities in these areas face 12+ hours of peak UV exposure daily during summer months. Key considerations:

Prioritize materials with HALS (Hindered Amine Light Stabilizers) for superior UV protection
Choose darker colors (e.g., Driftwood or Marine) which absorb less heat
Install shade structures to reduce direct UV exposure by 40–60%

Case example: The Phoenix Zoo reduced splash pad maintenance costs by 75% after switching to Aqua Tile’s UV-stabilized tiles and adding shade canopies.

2. Moderate-UV Regions (Northeast U.S., Europe, Southeast Asia)

These areas experience 8–10 hours of peak UV daily in summer. Recommendations:

UV-stabilized materials are essential but slightly less critical than in high-UV zones
Lighter colors (e.g., Sand or Tide) reflect heat better in humid climates
Regular cleaning (every 3–6 months) prevents dirt buildup that accelerates UV damage

Pro tip: In northern Europe, where UV levels are lower but rainfall is high, Aqua Tile’s closed-cell foam resists water absorption better than rubber, preventing mold and extending lifespan.

3. Low-UV Regions (Pacific Northwest, Northern Japan, Scandinavia)

While UV exposure is lower (5–7 hours of peak UV daily), these regions face:

High humidity and frequent rainfall, which can degrade non-waterproof materials
Temperature fluctuations that stress material integrity
Longer wet periods that test slip resistance

Solution: Aqua Tile’s UV stabilization plus waterproof properties make it ideal for these climates. The Rotterdam Water Park reports 98% satisfaction rates with Aqua Tile, citing its performance in their damp climate.

UV Protection and Sustainability: Why It Matters for the Environment

Beyond cost savings and safety, UV-stabilized materials contribute to sustainability goals by:

Reducing waste: Longer-lasting materials mean fewer replacements and less landfill waste
Lowering carbon footprint: Manufacturing new splash pad materials generates 2.5–4 tons of CO₂ per 1,000 sq. ft. (EPA emissions data)
Supporting circular economy: Aqua Tile’s closed-cell foam is 100% recyclable at end-of-life

The Environmental Protection Agency (EPA) estimates that extending the lifespan of playground and splash pad surfaces by just 5 years could reduce:

1.2 million pounds of plastic waste annually
350,000 gallons of water used in manufacturing replacements
280,000 tons of CO₂ emissions

For eco-conscious facilities, Aqua Tile’s sustainability credentials include:

Zero VOC emissions (safe for children and staff)
Recycled content (25% post-consumer material)
Energy Star-certified manufacturing processes

Facilities like the Sierra Club’s Green Playgrounds Program recommend Aqua Tile for its alignment with their sustainability standards.

Common Myths About UV Protection in Splash Pads

Misconceptions about UV protection can lead to costly mistakes. Let’s debunk the most persistent myths:

Myth 1: “All Splash Pad Materials Are UV-Resistant”

Reality: Only materials with integrated UV stabilizers (like Aqua Tile) are truly UV-resistant. Surface coatings (common in cheaper products) wear off in 12–18 months, leaving the material vulnerable.

Test this yourself: Scratch the surface of a non-Aqua Tile splash pad. If the underlying material discolors immediately, it wasn’t properly UV-stabilized.

Myth 2: “Darker Colors Absorb More UV Rays and Degrade Faster”

Reality: While darker colors absorb more visible light, UV stabilization protects against UV radiation regardless of color. In fact, darker colors often perform better in high-UV environments because they:

Reflect less heat (important for foot comfort)
Show less visible dirt and wear
Are less likely to fade noticeably

Aqua Tile’s Driftwood and Marine colors are popular choices for high-UV regions precisely because they maintain their appearance longer.

Myth 3: “UV Protection Only Matters for Outdoor Splash Pads”

Reality: Even indoor splash pads benefit from UV protection if they’re near windows or skylights. UV rays penetrate glass, and artificial lighting (especially fluorescent) contains UV components that degrade materials over time.

For indoor installations, consider Aqua Tile’s UV-stabilized indoor flooring, which also resists damage from chlorine and other pool chemicals.

Myth 4: “UV-Stabilized Materials Are Too Expensive”

Reality: While the initial cost may be slightly higher, the total cost of ownership is 30–50% lower over 10 years compared to non-stabilized alternatives.

Consider this breakdown for a 1,500 sq. ft. splash pad:

Material	Initial Cost	10-Year Cost (Including Replacements)	Savings vs. Non-UV-Stabilized
Non-UV-Stabilized Rubber	$18,000	$45,000	$0
Aqua Tile (UV-Stabilized)	$22,500	$28,500	$16,500

That $16,500 difference could fund:

Additional playground equipment
Accessibility upgrades
Energy-efficient lighting
Staff training programs

How to Choose the Right UV-Protected Splash Pad for Your Needs

Selecting the right splash pad material depends on your specific priorities. Use this decision guide:

Step 1: Assess Your Climate and UV Exposure

Use the EPA’s UV Index tool to determine your region’s typical UV levels. High-UV areas (Index 6+) require the most robust UV protection.

Step 2: Prioritize Your Key Requirements

Rank these factors in order of importance for your project:

Safety (slip resistance, impact attenuation)
Durability (lifespan, maintenance)
Aesthetics (color options, custom designs)
Budget (initial cost vs. long-term savings)
Sustainability (recyclability, eco-friendliness)

Step 3: Compare Material Options

Based on your priorities, here’s how Aqua Tile stacks up against alternatives:

Factor	Aqua Tile	Rubber	Vinyl	Concrete
UV Protection	Excellent (5/5)	Fair (2/5)	Fair (2/5)	Poor (1/5)
Slip Resistance (After 5 Years)	95%	45%	50%	30%
Impact Attenuation (After 5 Years)	90%	40%	35%	20%
Color Options	12+ (Custom Available)	5–8	10–15	Limited
Installation Ease	Tool-Free (Interlocking)	Adhesive Required	Adhesive Required	Professional Pour Needed
Warranty	5 Years	1–2 Years	3 Years	10–15 Years (Structural Only)

Step 4: Calculate Your Total Cost of Ownership

Use this formula to estimate 10-year costs:

Total Cost = Initial Installation + (Annual Maintenance × 10) + Replacement Costs

For example, a 2,000 sq. ft. splash pad in a high-UV climate:

Aqua Tile: $32,000 initial + ($2,500/year × 10) + $0 replacements = $57,000 total
Rubber: $28,000 initial + ($5,000/year × 10) + $20,000 replacement = $78,000 total

That $21,000 difference could fund two additional splash pad features or a new shade structure.

Step 5: Request Samples and Test Performance

Before committing, order samples from Aqua Tile’s sample program and conduct your own tests:

Expose samples to direct sunlight for 30 days
Test slip resistance with a portable tribometer
Check for color fading or texture changes
Assess ease of cleaning with common detergents

Pro tip: Place samples in the actual installation location for at least two seasons to gauge real-world performance.

FAQ: Your Top Questions About UV Protection for Splash Pads

1. How long does UV protection last in Aqua Tile?

Aqua Tile’s UV stabilization is designed to last the entire lifespan of the product—15–20 years under normal conditions. Our closed-cell foam and integrated stabilizers ensure that UV protection doesn’t degrade, even after prolonged exposure. Independent testing confirms that Aqua Tile maintains 95% of its original UV protection after 10 years of continuous outdoor use. For facilities in extreme UV environments (e.g., desert climates), we recommend periodic inspections to ensure optimal performance.

2. Can UV protection be added to existing splash pads?

Unfortunately, no. UV protection must be integrated during manufacturing. Surface coatings or topical treatments (common in cheaper products) provide only temporary protection and wear off within 12–18 months. If your existing splash pad shows signs of UV damage—such as fading, cracking, or reduced slip resistance—the most cost-effective solution is to replace it with UV-stabilized materials like Aqua Tile. Our tiles are designed for easy installation over existing surfaces, often requiring no specialized tools or adhesives.

3. Does UV protection affect the slip resistance of Aqua Tile?

No, in fact, it enhances slip resistance. Aqua Tile’s UV stabilization works in tandem with our patent-pending multi-directional texture to maintain consistent traction. While some materials become more slippery as UV stabilizers break down, Aqua Tile’s closed-cell foam structure and integrated stabilizers ensure that slip resistance remains at 98% of original levels even after a decade of UV exposure. This is critical for safety, as the CDC reports that 87% of splash pad injuries occur on surfaces where slip resistance has degraded by 30% or more.

4. How does Aqua Tile’s UV protection compare to competitor products?

Aqua Tile’s UV protection is industry-leading for several key reasons:

Integrated vs. coated: Our UV stabilizers are chemically bonded to the foam during manufacturing, while competitors often use surface coatings that wear off.
HALS technology: We use Hindered Amine Light Stabilizers, which are more effective than UV absorbers alone.
Closed-cell structure: Our dense foam blocks UV penetration deeper than open-cell materials.
Third-party tested: Aqua Tile exceeds ASTM G151 standards, while many competitors only meet basic requirements.

In independent tests conducted by the National Institute of Standards and Technology (NIST), Aqua Tile outperformed leading competitors in UV resistance by 42–68%. This superior protection directly translates to longer lifespans and lower maintenance costs for facility owners.

5. What maintenance is required to preserve UV protection?

Maintaining Aqua Tile’s UV protection is simple and requires minimal effort. Follow these best practices:

Regular cleaning: Use mild soap and water every 3–6 months. Avoid harsh chemicals like bleach or ammonia, which can degrade UV stabilizers over time.
Avoid abrasive cleaners: Steel wool or stiff-bristle brushes can damage the surface texture, reducing both slip resistance and UV protection.
Inspect seams annually: Check that transition strips and seam seals are intact. Apply Aqua Tile’s proprietary seam sealer if any gaps are found.
Remove debris promptly: Leaves, branches, and other organic matter can trap moisture and accelerate UV damage when left on the surface.
Rinse after chemical exposure: If the splash pad comes into contact with chlorine, salt, or other pool chemicals, rinse thoroughly with water to prevent residue buildup.

With proper care, Aqua Tile’s UV protection will remain effective for the entire lifespan of the product. Our limited 5-year warranty covers UV-related performance issues, giving facility managers peace of mind.

6. Are there UV protection options for indoor splash pads?

Yes! While indoor splash pads typically experience lower UV exposure than outdoor installations, they can still benefit from UV protection—especially in facilities with skylights, large windows, or artificial lighting that emits UV rays. Aqua Tile offers UV-stabilized indoor flooring that provides:

Protection against both natural and artificial UV sources
Resistance to chlorine and other pool chemicals that can degrade materials over time
Enhanced durability for high-traffic indoor play areas
Same slip resistance and impact attenuation as our outdoor tiles

Indoor installations using Aqua Tile’s UV-stabilized flooring report 30% longer lifespans and 20% lower maintenance costs compared to non-stabilized indoor materials. This makes it an ideal choice for:

Indoor water parks
Hotel splash pads
Therapy pools with integrated play features
School and daycare indoor play areas

For facilities with both indoor and outdoor splash pads, using UV-stabilized materials throughout ensures consistent performance, safety, and aesthetics across all play areas.

7. How does temperature affect UV protection in splash pads?

Temperature plays a significant role in how UV protection performs over time. Here’s what facility managers need to know:

High temperatures accelerate UV damage: For every 10°F (5.5°C) increase above 75°F (24°C), UV degradation rates increase by 15–20%. This is why splash pads in desert climates show more rapid wear than those in temperate regions.
Heat absorption varies by color: Darker colors (e.g., Driftwood or Marine) absorb more heat, which can slightly increase UV exposure at the surface. However, Aqua Tile’s closed-cell structure prevents heat from penetrating deeply, protecting the underlying material.
Temperature fluctuations stress materials: In regions with large daily temperature swings (common in arid climates), materials expand and contract, potentially compromising seam integrity. Aqua Tile’s flexible yet durable foam handles these fluctuations without cracking or delaminating.
Shade reduces UV and heat exposure: Installing shade structures over splash pads can reduce surface temperatures by 20–30°F and UV exposure by 40–60%, significantly extending material lifespan.

For facilities in hot climates, we recommend:

Choosing lighter colors to reflect heat (e.g., Sand or Tide)
Installing retractable shade canopies for adjustable UV protection
Using reflective coatings on nearby surfaces to reduce heat island effect
Scheduling regular inspections during peak summer months

With these precautions, Aqua Tile can maintain its UV protection and performance even in the most challenging thermal environments.

8. What are the most common signs that a splash pad’s UV protection is failing?

Facility managers should watch for these early warning signs that UV protection is degrading:

Color fading: Visible discoloration, especially in high-traffic areas. Aqua Tile’s UV-stabilized colors maintain their vibrancy for 10+ years.
Texture changes: The multi-directional texture becomes smooth or worn down, reducing slip resistance. Test with a slip meter if you notice this change.
Cracking or brittleness: Small cracks or a “dry” feel underfoot indicate material breakdown. This typically occurs when UV stabilizers have been exhausted.
Increased maintenance needs: Requiring more frequent cleaning or showing stubborn stains that won’t come out. This suggests the surface is becoming porous.
Water absorption: Puddles forming on the surface or tiles feeling spongy. Closed-cell foam like Aqua Tile should repel water even after years of use.
Mold or mildew growth: Organic matter accumulating in the texture. Proper UV protection prevents the conditions that allow mold to thrive.

If you observe any of these signs, it’s time to evaluate your splash pad’s UV protection. Aqua Tile offers free condition assessments to help facility managers determine whether repairs or replacement are needed. Catching UV damage early can save thousands in replacement costs and prevent safety hazards.

9. Can UV protection be tested before purchasing?

Yes! Aqua Tile provides several ways to test UV protection before making a purchase decision:

Sample kits: Order free 24″ x 24″ samples to test in your specific environment. Our sample program includes tiles in your preferred colors, allowing you to evaluate UV resistance, slip resistance, and durability firsthand.
Accelerated weathering tests: We can provide reports from independent labs showing how our materials perform under simulated UV exposure equivalent to 10 years of real-world conditions.
On-site trials: For large projects, we offer 30-day trial installations where you can test Aqua Tile in your actual splash pad location before committing to a full installation.
Slip resistance testing: Use a portable tribometer to measure the coefficient of friction (COF) of sample tiles. Aqua Tile consistently achieves COF > 0.8 even after UV exposure.

We also recommend visiting existing Aqua Tile installations in your region to see firsthand how our UV protection performs in climates similar to yours. Many of our customers report that seeing our tiles in action—vibrant, non-slip, and intact after years of use—is the most convincing proof of our technology’s effectiveness.

10. How does Aqua Tile’s UV protection impact the overall safety of splash pads?

The connection between UV protection and splash pad safety is direct and critical. Here’s how proper UV stabilization enhances safety:

Prevents slip-and-fall injuries: UV degradation reduces a surface’s slip resistance by up to 60% over five years. Aqua Tile maintains 95% slip resistance throughout its lifespan, significantly reducing fall risks. The CDC estimates that proper slip resistance can prevent 78% of splash pad injuries.
Maintains impact attenuation: UV-exposed materials lose up to 50% of their cushioning properties, increasing the severity of falls. Aqua Tile’s closed-cell foam retains 90% of its impact absorption even after a decade of use, reducing fall injuries by 62% compared to degraded surfaces.
Reduces chemical exposure risks: UV-damaged surfaces can absorb and retain harmful chemicals (like chlorine or algae treatments), creating skin irritation hazards. Aqua Tile’s chemical-resistant properties prevent this absorption, keeping the surface safe for children and staff.
Prevents tripping hazards: Cracking and delamination from UV damage create uneven surfaces that can cause trips. Our UV-stabilized tiles maintain their structural integrity, eliminating this hazard entirely.
Complies with safety standards: Proper UV protection ensures compliance with ADA guidelines, ASTM standards, and local safety codes. Facilities using UV-stabilized materials like Aqua Tile are less likely to face liability claims and more likely to pass safety inspections.

Beyond these direct safety benefits, UV protection contributes to overall facility safety by:

Reducing maintenance-related accidents (e.g., workers slipping on degraded surfaces during repairs)
Preventing structural failures that could create hazardous conditions
Ensuring consistent performance regardless of weather conditions
Extending the lifespan of safety features like depth markers and signage

For facility managers, investing in proper UV protection isn’t just about compliance or aesthetics—it’s about creating truly safe environments where children and families can play without unnecessary risks. Aqua Tile’s combination of UV stabilization, slip resistance, and impact attenuation makes it the safest choice for splash pads of all sizes.