The small range synthetic turf sprawling available the special anti-tangle agent into the rationale

Real grass greens more professional people, but the real grass greens bactericidal, insecticidal toxicity. Generally, professional golfers, there is a certain understanding of the antivirus. But not all golfers have antivirus consciousness. This thing once happened in the country, a golfers dining kick the ball, and poisoning. Initially thought it was food poisoning, and finally identify the cause is in the process of playing his hand to pick up the ball with hand and food to eat without washing their hands after residual pesticides in the grass on your hands before this poisoning. Hotel, pesticides guests is difficult to prevent and measurable, children may be playing in it, is likely to be eating. Insecticide taste unpleasant, guests will very taboo. The world's top golf courses use environmentally friendly pesticides, but environmental pesticides are imported, not only the price is very expensive, and purchase fewer channels. synthetic turf above problem does not exist.

The small range synthetic turf sprawling available the special anti-tangle agent into the rationale (such as the clear road agent or pod chlorine), as long as the appropriate concentration, the lawn will not be affected in any way. Such anti wrapped agent clearing the lawn tangles, then you can sweep with a stiff broom. Serious tangles, lawns need to do overall handling and cleaning.

Inorganic particulate fillers enhance the wear properties of polymer materials

Inorganic compounds filled polymer matrix composites, such fillers include more types of fillers on the oxide ceramics, non-oxide ceramics, metal carbonates, sulfides, whiskers and other inorganic compounds tribological properties of the polymer.

synthetic turf adding the inorganic particles in polymer materials are also commonly used method for modifying the adding of the inorganic particles reduce costs, improve the mechanical properties, increased thermal stability, etc. can play. At the same time, the hard inorganic particles in the polymer materials can play a supporting role. Nanoscale additives not only can reduce the friction coefficient of the friction surface deposition, a certain degree of filling and repair, and can be on the friction surface, play antiwear. Therefore, to improve the friction and wear properties of polymer materials by filling inorganic particles has also become a hot research.