How zeolite turf infill works

Zeolite turf infill is a type of infill material used in artificial turf systems. It consists of small granules of zeolite, a naturally occurring mineral with unique properties, zeolite turf infill offers several advantages such as moisture absorption, odor control, nutrient filtration, heat reduction, and environmental benefits.

Here's how zeolite turf infill works:

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Absorption of moisture: Zeolite has a high porosity, which allows it to absorb and retain moisture. When used as turf infill, zeolite can absorb rainwater or irrigation runoff, preventing puddling on the surface of the artificial turf. This helps to maintain a dry and playable surface.

Odor control: Zeolite is known for its ability to control and neutralize odors. It can capture and absorb ammonia, which is a common component of pet urine and can cause unpleasant smells. By using zeolite infill, the odors associated with pet urine can be reduced or eliminated.

Nutrient filtration: Zeolite has a unique structure with a high surface area and negatively charged pores. This structure allows it to attract and retain positively charged ions, including essential nutrients such as ammonium, potassium, and calcium. When used in turf infill, zeolite can help filter and retain these nutrients, preventing their leaching away from the root zone and providing a more favorable environment for plant growth.

Heat reduction: Artificial turf surfaces can become hot, especially in sunny and warm climates. Zeolite infill has been found to have heat-reducing properties compared to traditional infill materials like crumb rubber. The porous structure of zeolite allows for better air circulation and moisture retention, which can help dissipate heat and keep the turf surface cooler.

Environmental benefits: Zeolite is a natural and environmentally friendly material. It is non-toxic and does not release harmful chemicals into the environment. Additionally, zeolite can help reduce water usage in artificial turf systems by retaining moisture and reducing the need for excessive irrigation.