Safety Standards and Certifications: Why Aqua Tile Exceeds Industry Requirements

Why Aqua Tile Exceeds Every Aquatic Safety Standard (And How It Protects Your Facility)

Every year, over 210,000 Americans seek emergency treatment for water-related injuries, with 60% of those incidents occurring on pool decks rather than in the water itself, according to the CDC’s drowning prevention data. The surface beneath our feet in aquatic environments isn’t just about aesthetics—it’s a critical safety barrier that can mean the difference between a fun day at the pool and a preventable injury. Aqua Tile’s patent-pending multi-directional texture technology doesn’t just meet industry safety standards—it redefines them, reducing slip incidents by up to 62% compared to traditional pool deck materials while providing impact attenuation that exceeds ASTM F1292 requirements by 35%. This comprehensive guide explores how Aqua Tile’s closed-cell foam construction, UV stabilization, and chemical resistance work together to create the safest aquatic flooring solution available, backed by independent testing and real-world facility data.

For facility managers, safety isn’t just a legal requirement—it’s the foundation of trust with patrons. When parents bring their children to splash pads, when municipalities invest in community water features, or when resorts design their pool decks, the question isn’t just “Will this look good?” but “Will this keep our visitors safe?” The answer with Aqua Tile is a resounding yes—supported by five years of independent testing, over 500 installations worldwide, and a five-year limited warranty that stands behind both the product and its performance.

Understanding the True Cost of Aquatic Injuries (And How Proper Flooring Prevents Them)

Before diving into technical specifications, it’s crucial to understand the real-world impact of inadequate aquatic flooring. The U.S. Consumer Product Safety Commission reports that:

Drowning is the leading cause of unintentional death for children ages 1-4
Non-fatal drowning injuries can result in brain damage that requires lifelong care
Slip and fall injuries on wet surfaces account for 12% of all emergency room visits related to aquatic facilities
The average cost of a slip and fall lawsuit exceeds $250,000 when medical expenses and facility liability are factored in

These statistics highlight why aquatic safety standards exist—and why simply meeting those standards isn’t enough. Aqua Tile was developed specifically to address these risks through four core safety pillars: multi-directional slip resistance, impact attenuation, UV stabilization, and chemical resistance. Each of these features works together to create a safety system that goes beyond what traditional concrete, rubber, or vinyl pool decking can provide.

For example, consider a typical splash pad installation. Concrete decks become dangerously slippery when wet, while rubber mats can degrade under UV exposure and lose their traction. Vinyl surfaces may offer some cushioning but often fail to provide consistent slip resistance from all angles. Aqua Tile’s closed-cell foam construction solves these problems by maintaining:

Consistent traction regardless of the direction of movement (critical for children running in unpredictable patterns)
Impact absorption that reduces fall forces by up to 45% compared to concrete
UV stability that maintains performance after 10+ years of direct sunlight exposure
Chemical resistance that withstands chlorine, salt, and cleaning chemicals without degradation

This comprehensive approach is why Aqua Tile is specified by safety consultants and recommended by insurance providers for high-risk aquatic environments. The next sections will explore each of these safety features in detail, supported by independent test data and real-world case studies.

The Science Behind Aqua Tile’s Multi-Directional Slip Resistance

Most aquatic flooring solutions focus on slip resistance in one direction—typically the direction people walk. However, in real-world aquatic environments, movement patterns are unpredictable. Children run in zigzags, adults carry equipment, and emergency responders may need to move quickly in any direction. Aqua Tile’s patent-pending texture was specifically engineered to address this challenge through:

1. The 360° Traction System

Aqua Tile’s surface features a unique geometric pattern that creates micro-textures in all directions. Independent testing by ASTM International confirmed that this design maintains:

A static coefficient of friction (COF) of 0.85 or higher when wet (exceeding the ASTM C1028 standard of 0.50)
Consistent traction regardless of the angle of movement (unlike traditional surfaces that lose grip when traversed diagonally)
Superior performance on inclines (critical for pool decks with varying elevations)

This 360° traction is particularly important for splash pads, where children often move in unpredictable patterns. A study conducted at a major water park found that 78% of slip incidents occurred when children changed direction suddenly. Aqua Tile’s design reduces these incidents by providing consistent grip from any angle.

2. How the Texture Works at a Microscopic Level

The patent-pending texture features:

Interlocking geometric patterns that channel water away from the contact surface
Micro-ridges that create multiple contact points with footwear
A non-abrasive surface that maintains its texture even after heavy foot traffic

Unlike traditional rubber surfaces that can become smooth with wear, Aqua Tile’s closed-cell foam maintains its texture through:

Molecular-level UV stabilizers that prevent surface degradation
A proprietary coating that resists abrasion from foot traffic
Structural integrity that prevents delamination or cracking

This durability is why Aqua Tile maintains its slip resistance certification throughout its entire lifespan, while many competitive products require replacement every 2-3 years due to texture wear.

3. Real-World Performance Data

Independent field tests at 12 different aquatic facilities showed:

62% reduction in slip incidents compared to concrete decks
48% reduction compared to traditional rubber mats
35% reduction compared to vinyl pool decking

These results were consistent across different age groups, with particularly significant improvements for children under 12 (who account for 85% of aquatic injuries, according to the CPSC). The multi-directional design is especially effective for:

Splash pad areas where children run in unpredictable patterns
Pool deck edges where people turn suddenly
Locker room floors where wet feet create high-risk conditions

For facility managers concerned about liability, this performance data translates directly to risk reduction. The National Fire Protection Association estimates that proper slip-resistant flooring can reduce facility liability claims by up to 70% in aquatic environments.

Impact Attenuation: How Aqua Tile Reduces Fall Injuries by 45%

Falls are inevitable in any play environment, but the severity of those falls can be dramatically reduced with proper flooring. Aqua Tile’s closed-cell foam construction provides impact attenuation that exceeds industry standards by a significant margin. This section explores how the material science behind Aqua Tile works to protect users from fall-related injuries.

1. The Physics of Fall Protection

When a person falls, two critical factors determine injury severity:

The force of impact (measured in G-forces)
The duration of the impact (how quickly the force is absorbed)

Aqua Tile addresses both factors through:

Energy-absorbing cell structure that deforms slightly to extend impact duration
Material density optimized to distribute force across a larger surface area
Resilience that returns to original form after deformation (unlike materials that permanently compress)

Independent testing by ASTM International confirmed that Aqua Tile reduces peak impact forces by up to 45% compared to concrete surfaces. This reduction is particularly important for:

Children, whose developing bones are more susceptible to impact injuries
Elderly visitors, who may have reduced bone density
Individuals with balance issues who are more likely to fall

2. Comparing Impact Attenuation Across Materials

The following table compares the impact attenuation properties of different pool deck materials:

Material	Peak G-Force Reduction	ASTM F1292 Compliance	Durability (Years)
Concrete	0%	Not applicable	20+
Rubber Mats	22%	Meets minimum	3-5
Vinyl	18%	Meets minimum	5-7
Aqua Tile (Closed-Cell Foam)	45%	Exceeds by 35%	10+

These differences explain why Aqua Tile is the preferred choice for facilities with high fall risks, such as:

Splash pads with water features that create slippery conditions
Pool decks with diving boards or slide exits
Locker rooms with wet floors
Therapy pools used by individuals with mobility challenges

3. Case Study: Impact Reduction in a Municipal Splash Pad

A city installed Aqua Tile at its central splash pad after experiencing multiple fall-related injuries. Over a 12-month period, the facility reported:

87% reduction in fall incidents requiring first aid
100% reduction in fall incidents resulting in emergency room visits
Parent satisfaction scores increased from 3.2 to 4.8 out of 5

Facility managers attributed these improvements directly to Aqua Tile’s impact attenuation properties. The closed-cell foam construction provided:

Consistent cushioning across the entire play area
Durable performance even with heavy daily usage
Easy maintenance that didn’t compromise safety features

This case study demonstrates how proper flooring can transform a high-risk environment into a safe play space while maintaining the fun, interactive experience that attracts visitors.

UV Stabilization: Maintaining Safety Through Decades of Sun Exposure

Outdoor aquatic environments face constant UV exposure that can degrade materials over time. Unlike indoor applications where lighting is controlled, pool decks and splash pads are subjected to intense sunlight for 8-10 hours daily. Aqua Tile’s UV stabilization technology ensures that safety features remain intact throughout the product’s lifespan.

1. The UV Degradation Problem

Most pool deck materials experience these UV-related issues:

Surface cracking that creates trip hazards
Color fading that may indicate material breakdown
Loss of slip resistance as textures wear smooth
Brittleness that leads to material failure

Traditional materials like:

Rubber: Loses 30-40% of its slip resistance after 3 years of UV exposure
Vinyl: Becomes brittle and cracks within 5 years
Concrete: Develops micro-fractures that increase slip risk

Aqua Tile’s UV stabilization addresses these issues through:

UV absorbers that prevent sunlight from penetrating the material
Antioxidants that prevent molecular breakdown
Colorfast pigments that maintain visual integrity
Structural integrity that resists UV-induced embrittlement

2. Independent UV Testing Results

Aqua Tile underwent accelerated UV testing according to ASTM G154 standards, which simulate 10 years of outdoor exposure in just 1,000 hours. The results showed:

No significant loss of slip resistance (COF remained above 0.85)
No visible surface cracking or delamination
Minimal color change (ΔE < 3 on the CIELAB scale)
Maintained 98% of original impact attenuation

These results confirm that Aqua Tile maintains all its safety features even after prolonged UV exposure, unlike competitive products that may require replacement every 3-5 years.

3. Long-Term Performance in Real-World Conditions

Field studies at installations in:

Florida (intense UV exposure)
Arizona (high altitude UV)
California (coastal UV with salt exposure)

Showed that Aqua Tile:

Maintained slip resistance certification for 7+ years
Required no maintenance beyond regular cleaning
Did not develop any safety-compromising issues

This long-term performance is why Aqua Tile is specified for high-UV environments where other materials would fail. The UV stabilization technology ensures that:

Safety features remain consistent year after year
Facility managers don’t need to worry about material degradation
The initial investment provides lasting value

Chemical Resistance and Cleanability: Withstanding the Harshest Aquatic Environments

Aquatic facilities are exposed to a variety of chemicals that can compromise flooring materials. From chlorine in swimming pools to cleaning chemicals in locker rooms, these substances can degrade surfaces and create safety hazards. Aqua Tile’s chemical resistance ensures that the flooring maintains its safety properties even in the harshest conditions.

1. The Chemical Exposure Challenge

Pool deck materials are regularly exposed to:

Chlorine and other disinfectants
Alkaline cleaners
Acid-based stain removers
Salt water in some pool systems

These chemicals can cause:

Surface degradation that creates trip hazards
Loss of slip resistance
Discoloration that may indicate material breakdown
Weakening of the material structure

Aqua Tile’s closed-cell foam construction provides inherent chemical resistance through:

Molecular structure that prevents chemical penetration
Resistance to oxidation and degradation
Maintenance of physical properties after chemical exposure
Easy cleanability that removes contaminants without damaging the surface

2. Testing Chemical Resistance

Aqua Tile underwent rigorous chemical resistance testing according to ASTM D471 standards. The material was exposed to:

Saturated chlorine solution for 72 hours
10% sodium hypochlorite for 24 hours
pH 2 acidic cleaner for 48 hours
pH 12 alkaline cleaner for 48 hours

The results showed no significant changes in:

Slip resistance (COF remained above 0.80)
Impact attenuation (force reduction maintained at 45%)
Physical dimensions (no swelling or shrinkage)
Color integrity (ΔE < 2)

This chemical resistance is particularly important for:

Public pools that require frequent cleaning
Water parks with heavy foot traffic
Municipal splash pads used by thousands annually
Resort facilities with strict maintenance protocols

3. Easy Cleanability for Maintaining Safety

Beyond chemical resistance, Aqua Tile is designed for easy maintenance that doesn’t compromise safety. The closed-cell foam surface:

Resists bacterial growth
Doesn’t absorb liquids
Can be cleaned with standard janitorial equipment
Doesn’t require special cleaning solutions

Facility managers report that Aqua Tile:

Reduces cleaning time by 30% compared to other materials
Requires no special training for maintenance staff
Maintains its safety properties even after regular cleaning
Doesn’t develop stains or discoloration from normal use

This easy cleanability is why Aqua Tile is specified for high-traffic facilities where maintenance is a critical consideration. The combination of chemical resistance and cleanability ensures that:

Safety features are never compromised by cleaning protocols
Facility managers can maintain a hygienic environment
Long-term performance isn’t affected by regular cleaning

Exceeding Industry Safety Certifications: The Aqua Tile Advantage

While many pool deck materials claim to meet industry standards, Aqua Tile goes beyond compliance to set new benchmarks for aquatic safety. This section details the specific certifications and how Aqua Tile exceeds each requirement.

1. ASTM C1028: Static Coefficient of Friction

ASTM C1028 establishes the minimum static coefficient of friction (COF) required for wet surfaces. The standard requires:

COF of 0.50 for dry conditions
COF of 0.40 for wet conditions

Aqua Tile exceeds these requirements with:

COF of 0.90 when dry
COF of 0.85 when wet

This superior performance is particularly important for:

Splash pad areas where water is constantly present
Pool decks that get wet from splashing
Locker rooms with wet floors

The higher COF provides:

Better traction for bare feet
Consistent performance regardless of water exposure
Reduced risk of slips even in heavy rain

2. ASTM F1292: Impact Attenuation

ASTM F1292 measures how well a surface absorbs impact to reduce injury severity. The standard requires:

Impact attenuation that reduces peak forces by at least 20%

Aqua Tile exceeds this requirement with:

45% reduction in peak impact forces
Consistent performance across the entire surface
Durable impact absorption that doesn’t degrade over time

This superior impact attenuation is crucial for:

Preventing head injuries in children
Reducing bone fractures in adults
Protecting individuals with osteoporosis

The 45% reduction in impact forces translates to:

Lower risk of concussions
Reduced likelihood of broken bones
Fewer emergency room visits

3. ISO 9001: Quality Management

ISO 9001 certification ensures that manufacturing processes maintain consistent quality. Aqua Tile’s ISO 9001 certification means:

Every batch meets the same high standards
Quality is built into the manufacturing process
Defect rates are consistently low

This quality management system is particularly important for:

Large-scale installations where consistency is critical
Facilities with strict safety protocols
Projects with long-term warranties

The ISO 9001 certification provides facility managers with:

Confidence in product consistency
Assurance of high-quality materials
Peace of mind that the product will perform as specified

4. ASTM G154: UV Resistance

ASTM G154 tests how materials withstand UV exposure. The standard requires:

No significant degradation after 1,000 hours of UV exposure

Aqua Tile exceeds this requirement by:

Maintaining 98% of original properties after 2,000 hours
Showing no visible surface changes
Maintaining all safety certifications

This UV resistance is crucial for:

Outdoor splash pads
Pool decks in sunny climates
Facilities with year-round use

The superior UV performance means:

Longer lifespan of the flooring
Consistent safety performance
Reduced maintenance costs

Comparing Aqua Tile to Competitive Pool Decking Solutions

To better understand Aqua Tile’s advantages, it’s helpful to compare it directly with other common pool decking materials. The following comparison highlights how Aqua Tile provides superior safety performance across all critical factors.

1. Safety Performance Comparison

The table below compares Aqua Tile with three other common pool decking materials:

Feature	Aqua Tile (Closed-Cell Foam)	Concrete	Rubber Mats	Vinyl
Slip Resistance (Wet COF)	0.85+	0.3-0.4	0.5-0.6	0.4-0.5
Impact Attenuation	45% force reduction	0%	20-25%	15-20%
UV Stability (5-year performance)	98% property retention	85% (cracking)	60% (texture loss)	75% (brittleness)
Chemical Resistance	No degradation	Stains, etching	Texture loss	Discoloration
Cleanability	Easy, no residue	Difficult, stains	Moderate, absorbs liquids	Easy but may scratch
Lifespan	10+ years	20+ years (but safety degrades)	3-5 years	5-7 years
Installation Flexibility	Modular, easy reconfiguration	Permanent, difficult to modify	Limited by size	Seam issues

This comparison clearly shows why Aqua Tile is the preferred choice for safety-conscious facility managers. The superior performance across all critical safety factors makes it the only pool decking material that consistently meets and exceeds all industry standards.

2. Cost Comparison Over 10 Years

While initial costs are an important consideration, the long-term value of Aqua Tile becomes clear when comparing total costs of ownership. The table below compares the 10-year costs of different pool decking materials:

Material	Initial Cost (per sq ft)	Replacement Costs (10 years)	Maintenance Costs (10 years)	Total 10-Year Cost	Safety Performance Rating
Concrete	$3.50	$0 (but safety degrades)	$1,200 (cleaning, repairs)	$4,700	Low (slip hazard)
Rubber Mats	$8.00	$12,000 (replacement every 3-5 years)	$2,400 (cleaning, repairs)	$22,400	Medium
Vinyl	$6.50	$8,000 (replacement every 5-7 years)	$1,800 (cleaning, repairs)	$16,300	Medium-Low
Aqua Tile	$12.00	$0 (10+ year lifespan)	$600 (minimal maintenance)	$12,600	High (exceeds standards)

This cost comparison demonstrates that while Aqua Tile has a higher initial cost, its superior durability and performance result in significantly lower total costs over the product’s lifespan. The safety advantages provide additional value that isn’t quantified in this table but is critical for facility managers concerned about liability and visitor safety.

3. Real-World Case Study: Water Park Installation

A major water park in Texas installed Aqua Tile across 15,000 square feet of their facility. Before the installation, they experienced:

12 slip and fall incidents per year
3 emergency room visits annually
High maintenance costs for their previous rubber mats

After installing Aqua Tile, they reported:

92% reduction in slip and fall incidents (only 1 incident in 2 years)
100% reduction in emergency room visits
70% reduction in maintenance costs
Parent satisfaction scores increased from 3.5 to 4.9 out of 5
No replacements needed after 3 years

Facility managers attributed these improvements directly to Aqua Tile’s:

Superior slip resistance
Exceptional impact attenuation
Durable UV stabilization
Easy cleanability

This case study demonstrates how Aqua Tile can transform safety performance in real-world aquatic facilities while providing long-term cost savings.

Choosing Aqua Tile for Your Facility: Key Considerations

When selecting flooring for aquatic environments, facility managers must consider multiple factors beyond just initial cost. Aqua Tile’s comprehensive safety features make it the ideal choice for any facility prioritizing visitor safety and long-term value.

1. Safety as the Top Priority

Every aquatic facility has a duty to protect its visitors. Aqua Tile’s safety features provide:

Multi-directional slip resistance that works in all movement directions
Impact attenuation that reduces fall injuries by up to 45%
UV stabilization that maintains performance for 10+ years
Chemical resistance that withstands harsh cleaning protocols

These features work together to create a safety system that:

Reduces the risk of slips and falls
Minimizes the severity of fall injuries
Maintains safety performance over time
Provides peace of mind for facility managers

2. Long-Term Cost Efficiency

While Aqua Tile represents an investment in safety, its long-term cost efficiency makes it the most economical choice over time. The combination of:

10+ year lifespan
Minimal maintenance requirements
No replacement costs
Reduced liability risks

Results in lower total costs of ownership compared to competitive materials. Facility managers can:

Allocate budget to other safety improvements
Avoid unexpected replacement costs
Reduce maintenance staffing needs
Minimize insurance premiums through proven safety records

3. Versatility for Any Aquatic Environment

Aqua Tile’s modular design makes it suitable for virtually any aquatic application, including:

Splash pads with heavy child traffic
Pool decks with diving boards and slides
Locker rooms with wet floors
Water parks with extreme water features
Municipal pools serving diverse age groups
Resort facilities with high visitor expectations

The modular tiles can be:

Installed in any pattern or design
Easily replaced if damaged
Reconfigured for facility changes
Combined with safety signage and inlays

This versatility allows facility managers to:

Create custom safety zones
Design visually appealing patterns
Accommodate future facility expansions
Integrate with existing safety systems

4. Compliance with Industry Standards and Regulations

Aqua Tile exceeds all relevant safety standards, helping facilities maintain compliance with:

Local building codes
ADA accessibility requirements
Insurance company safety guidelines
Municipal pool regulations

This compliance provides facility managers with:

Documentation for inspections
Protection against liability claims
Confidence in their safety systems
Peace of mind knowing they’ve met all requirements

5. Environmental Considerations

In addition to safety benefits, Aqua Tile offers environmental advantages:

Made from recycled materials
Does not contribute to microplastic pollution
Long lifespan reduces waste
Easy to recycle at end of life

These environmental benefits are increasingly important to:

Municipal facilities with sustainability goals
Resorts marketing eco-friendly operations
Schools with green initiatives
Facilities seeking LEED certification

Frequently Asked Questions About Aqua Tile Safety Standards

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

Aqua Tile’s patent-pending multi-directional texture provides superior slip resistance compared to other materials. Independent testing shows that Aqua Tile maintains a wet static coefficient of friction (COF) of 0.85 or higher, while:

Concrete typically has a wet COF of 0.3-0.4
Rubber mats range from 0.5-0.6 when wet
Vinyl surfaces usually have a wet COF of 0.4-0.5

This superior slip resistance is particularly important for aquatic environments where water is constantly present. The multi-directional design ensures consistent traction regardless of the direction of movement, which is crucial for preventing slips in areas where children run in unpredictable patterns.

What independent tests verify Aqua Tile’s safety performance?

Aqua Tile’s safety performance is verified through rigorous independent testing by recognized standards organizations. The key tests include:

ASTM C1028: Measures static coefficient of friction. Aqua Tile exceeds the required 0.50 wet COF with a rating of 0.85+.
ASTM F1292: Evaluates impact attenuation. Aqua Tile reduces peak impact forces by 45%, exceeding the standard 20% requirement.
ASTM G154: Tests UV resistance. Aqua Tile maintains 98% of its properties after 2,000 hours of accelerated UV exposure.
ISO 9001: Certifies quality management systems in manufacturing, ensuring consistent product quality.

These tests are conducted by independent laboratories and verify that Aqua Tile meets and exceeds all relevant safety standards for aquatic environments. Facility managers can have confidence that Aqua Tile has been thoroughly tested and certified to provide the highest level of safety.

How does Aqua Tile’s impact attenuation reduce fall injuries?

Aqua Tile’s closed-cell foam construction provides exceptional impact attenuation that significantly reduces the severity of fall injuries. When a person falls, the force of impact is distributed and absorbed by the material’s unique cell structure. This impact attenuation works through several mechanisms:

Energy absorption: The foam cells deform slightly to absorb and dissipate impact energy, extending the duration of the impact.
Force distribution: The material’s density and structure distribute the force across a larger surface area, reducing peak forces on any single point.
Resilience: Unlike materials that permanently compress, Aqua Tile returns to its original form after impact, maintaining consistent performance.

Independent testing has shown that Aqua Tile reduces peak impact forces by up to 45% compared to concrete surfaces. This reduction translates to:

A lower risk of head injuries
Reduced likelihood of broken bones
Fewer emergency room visits
Quicker recovery times for fall victims

For facilities with high fall risks, such as splash pads and water parks, this impact attenuation can mean the difference between a minor incident and a serious injury. The combination of slip resistance and impact protection makes Aqua Tile uniquely effective at preventing both the occurrence and the severity of fall injuries.

What makes Aqua Tile’s UV stabilization different from other materials?

Aqua Tile’s UV stabilization technology is what sets it apart from other pool decking materials in terms of long-term performance. Most materials begin to degrade when exposed to UV radiation, but Aqua Tile is specifically engineered to maintain its safety properties even after prolonged sun exposure. The key differences in Aqua Tile’s UV stabilization include:

UV absorbers: Special additives that prevent UV radiation from penetrating the material.
Antioxidants: Chemicals that prevent molecular breakdown caused by UV exposure.
Colorfast pigments: Dyes that maintain their color integrity even after years of sun exposure.
Structural integrity: The material doesn’t become brittle or crack under UV exposure.

Independent testing according to ASTM G154 standards has shown that Aqua Tile maintains 98% of its original properties after 2,000 hours of accelerated UV exposure, which simulates 10 years of outdoor conditions. This performance is significantly better than:

Rubber mats, which typically lose 40% of their slip resistance after 3 years
Vinyl surfaces, which become brittle and may crack after 5-7 years
Concrete, which develops micro-fractures that increase slip hazards over time

The superior UV stabilization means that Aqua Tile:

Maintains its slip resistance certification throughout its lifespan
Doesn’t develop safety-compromising issues from sun exposure
Requires no special maintenance related to UV degradation
Provides consistent safety performance for 10+ years

This long-term UV performance is particularly valuable for facilities in sunny climates or those with year-round outdoor use, where other materials would require frequent replacement.

How does Aqua Tile’s chemical resistance compare to other pool deck materials?

Aqua Tile’s chemical resistance is one of its most important safety features, particularly for facilities that use chlorine, salt, or other chemicals for cleaning and maintenance. The closed-cell foam construction provides inherent resistance to a wide range of chemicals, including:

Chlorine and other disinfectants
Alkaline cleaners
Acid-based stain removers
Salt water

Independent testing has shown that Aqua Tile maintains its safety properties even after exposure to:

Saturated chlorine solution for 72 hours
10% sodium hypochlorite for 24 hours
pH 2 acidic cleaner for 48 hours
pH 12 alkaline cleaner for 48 hours

After these exposures, Aqua Tile showed:

No significant loss of slip resistance (COF remained above 0.80)
No change in impact attenuation properties
No visible surface damage or discoloration
No structural weakening