Anti-static power of artificial turf

Generally speaking, Artificial Turf is made of anti-static material. Now let's introduce the anti-static properties of artificial turf in detail.
With the pursuit of environmental protection performance, sports comfort, high simulation performance and other aspects of artificial turf, the production process and product performance of artificial turf are constantly updated and improved with the demand. The main raw materials of artificial turf are polyethylene (PE) and polypropylene (PP). When moving in the dry season, grass silk is prone to static electricity when it rubs against objects and air, which is likely to cause static burns to exercisers.
Electrostatic burns are different from ordinary physical injuries. While physical injuries generally only cause varying degrees of skin damage to contact areas, electrostatic burns can also cause damage to non-contact areas of the body. Nowadays, artificial turf is increasingly used in football fields, sports parks, primary and secondary schools, kindergartens and other fields. No anti-static performance of artificial turf is easy to bring security risks to people, so the anti-static performance of artificial turf has become an important safety index to judge the quality of lawn.
In order to achieve the anti-static performance of artificial turf, the most common method is to add anti-static chemical additives in the production process of grass fiber, give grass fiber surface a certain hydrophilic, hygmoscopic and conductive ions, through hygmoscopic conduction, or neutralize positive and negative charges, or establish a channel to let the solitary electrons flow away.
We can also solve static electricity problems in conventional grass fields in special environments and climates through technical design that changes the structure and shape of the grass silk.