Since the birth of artificial turf, research on it has been ongoing. Tests have confirmed that the correct coloring process of artificial turf is critical if it is to make it indistinguishable from natural turf. In other words, the artificial turf combination pigment determines the degree of simulation of the straw.
In actual production, iron oxide pigments are generally used in combination with phthalocyanine organic pigments. The pigments are cost-effective, have excellent light resistance and weather resistance, and do not have the slightest color intensity during the entire life of the lawn. Decline; more importantly, it also matches well with the natural color of the lawn.
Under normal circumstances, the artificial lawn of PP fiber grass leaves only use one percent to four percent mass fraction of pigment, can produce a rich green. The entire process is very easy to implement, and after micronization in the manufacturing process, it is transformed into a very fine powder form that is easily dispersed in the matrix product. Due to the special protective layer on the surface of pigment particles, it can maintain good thermal stability and high temperature resistance.
Artificial turf is a non-living material made of polyethylene, polypropylene and other polymers as raw materials. It cannot carry out metabolic activities of green plants, and it does not have the effect of regulating the balance of carbon and oxygen in the atmosphere. Although artificial turf can block dust to a certain extent, it does not have the function of absorbing toxic gases to purify the atmosphere.
Moreover, artificial turf does not need the same resources as natural turf to consume the necessary fertilizers, water and other resources. It can meet the high-intensity sports needs of 24 hours a day. It is also easy to maintain, drains quickly, and has excellent site flatness. It is a beautifying environment and sports grounds. The ideal material. 
