How much sharp sand per m2 artificial grass?

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As a common ground covering material, artificial turf is widely used in sports fields, gardens, terraces and other places. Installing artificial turf not only provides a beautiful appearance but also reduces maintenance costs and water consumption. After installing artificial turf, selecting and using the appropriate infill material is one of the key steps to ensuring the functionality and longevity of your turf. Tsimshasa (also known as quartz sand) is one of the commonly used filling materials. So, how much Tsim Sha is needed per square meter of artificial turf?

How much sharp sand per m2 artificial grass?

The main functions of Tsim Sha are to increase the stability of the lawn, protect the grass fibers, prevent the lawn from slipping and improve the drainage performance. The sharp sand is filled between the base of the lawn and the grass fibers to provide proper support, making the lawn more durable and comfortable during use.

The amount of tip sand required per square meter of artificial turf depends on the type of turf, its purpose and the height of the grass fibers. Generally speaking, standard sports fields or high-use lawns require more sharp sand fill. According to industry experience, each square meter of artificial turf usually requires about 5 to 10 kilograms of sharp sand.

How much sharp sand per m2 artificial grass?

To more specifically calculate the amount of tip sand required, here is a simple formula: Assuming a grass fiber height of 40 mm (approximately 1.57 inches), the amount of tip sand infill per square meter is approximately 1/3 to 1/3 of the grass fiber height. 1/2. Taking the grass fiber height as 40 mm as an example, 1/3 of the height is about 13 mm. This equates to approximately 8kg of Tsim Sha filling. This not only provides necessary support and stability, but also effectively improves the lawn's use experience and durability. Proper selection and use of tip sand fill materials is key to ensuring that artificial turf remains in good condition over the long term.

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