Artificial grass, also known as artificial turf, is a remarkable innovation designed to replicate the look and function of real grass. The history of artificial grass begins in the mid-20th century. Initially introduced as “Astroturf” in the mid-1960s at the Houston Astrodome, it has since evolved significantly.
Gone are the days of unattractive plastic ground covers limited to a handful of stadiums. Today’s artificial grass is a marvel of engineering. Crafted from synthetic materials, it offers an ideal solution for areas where natural grass struggles to thrive, whether due to scorching climates or unforgiving terrains.
The manufacturing process of modern artificial turf meticulously captures the essence of natural grass, mirroring its textures and hues with utmost precision. As a result, synthetic grass has surged in popularity, finding its place in both residential and commercial settings. Its affordability, low maintenance requirements, water conservation benefits, and eco-friendliness have transformed it into a coveted choice for countless homes and businesses across the globe.
Artificial grass is not just the fibers visible on the surface. In order for fake grass to function properly in the different climates and applications its installed for, it relies on each of the individual components of an artificial turf system to function properly. The fibers visible on the surface are the proverbial “tip of the iceberg,” with the other components typically extending several inches beneath the surface.
With its ability to thrive in challenging conditions like hot climates and unforgiving surfaces, artificial grass has become a beloved alternative to natural grass for countless homes and businesses. Below, you’ll find tabs containing a brief preview of the components found on most artificial turf installations.