Surprisingly, no—not in many cases.

Traditional artificial turf relies on black SBR rubber granules that absorb and retain large amounts of solar energy.

Numerous field measurements have shown:

• Natural grass remains the coolest surface.
• Premium cooling non-infill turf generally performs better than traditional rubber-filled systems.
• Rubber-filled systems often record the highest surface temperatures.

This is one of the reasons many municipalities, schools, universities, and professional sports facilities are transitioning toward modern non-infill technologies.

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How to Reduce Surface Temperature

Choosing the right product is only one part of the solution.

Several practical strategies can significantly improve thermal comfort.

1. Select Cooling-Optimized Fibers

Look for products incorporating:

• Reflective mineral pigments
• Titanium dioxide (TiO₂)
• Ceramic cooling additives
• UV-resistant PE polymers
• Hollow or structured fiber profiles

These technologies help reduce solar heat absorption while improving long-term weather resistance.

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2. Install a Permeable Base System

A professionally designed permeable foundation helps dissipate heat and improves cooling after rainfall or irrigation.

Typical construction includes:

• Crushed stone sub-base
• Geotextile separator
• Permeable asphalt or concrete
• Permeable shock pad (optional)

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3. Improve Airflow

Trees, shade sails, pergolas, or open-site planning can significantly reduce direct solar exposure while improving ventilation.

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4. Light Watering Before Use

Light irrigation before sports activities can temporarily reduce surface temperatures by approximately 8–12°C (14–22°F), depending on weather conditions.

Although temporary, this method is widely used for tournaments held during hot weather.

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5. Schedule Activities During Cooler Hours

Morning and evening activities generally provide the most comfortable playing conditions during summer.

Avoiding peak afternoon sunlight can substantially improve user comfort.