In 2011, dott. Niko Sarris, identified the solution that soon would change the way the sports fields are and were built. Despite his twenty years of experience in the fields of natural and artificial turf industry he was faced with countless problems and overcome many challenges to reach the PowerGrass hybrid turf system.
Dott. Sarris, aware of the value of its implementation, will file the first application for European Patent early 2012, in EPO (European Patent Office).
A year later present application of the patent to WIPO (World International Patent Office) for the extension in the rest of the World introducing new features and one alternative solution with the production method Woven for synthetic turf, also re-filed at the EPO.
Early 2014, will file a third patent application, daughter of the first, to protect a further characteristic that he discovered during his research.
Hybrid turf systems are nothing new. The first system was patented in 1990 in the Netherlands and soon after in 1993, was introduced another patented in the United States. Most of them there designed for the premium league clubs and are very popular especially in UK.
Developing the hybrid grass system PowerGrass we had to deal with the state of the art in hybrid systems. In our research we had to study the characteristics of other older systems that, from a theoretical point of view, should be ideal to reinforce the natural grass.
The main goal of hybrid systems is to increase the resistance to wear and tear of natural grass. In our research we have identified three hybrid systems that met some success but, limited to the club with high budget because the cost for installation and subsequent maintenance is high.
One of the most obvious aspects, yet underestimated by many, it is that the grass does not grow willingly in artificial turf. It would seem a symbiosis impossible and for this there is the belief that hybrid systems do not keep their promises and in certain cases they are veritable "disappointments".
Some hybrid systems work in the first period, but the benefits quickly fade. In other cases, the grass is stressed as it reaches the desired density and the weather conditions are not conducive to growth.
In some cases, the surface becomes too hard and deoxygenated for the grass, that is hard to grow. Players complain because of the hardness of the field which causes problems in the ligaments.
Keep the balance to favor the growth of the grass inside the artificial grass, it often becomes an arduous and complex work by increasing the budget drastically. Technicians are often forced to use the Verti-Drain for loosening the sand based growth medium, repeatedly fertilize and reseed.
Experience has taught that in maintenance equal, the growth conditions of the grass are less favorable to the growth of the lawn in the same substrate without reinforcement and wear resistance in some cases is less. However, the surface stability is higher and often the evenness is perfect because they do not form dangerous divots.
The reinforcement of natural grass was studied by only a few individuals in the world, therefore, is the need to develop a hybrid turf of greatest strength and quality that can put a remedy to these issues and offer a real alternative to synthetic turf that, on the one hand, provides a high number of playing hours but, on the other hand provides more risks in terms of injuries and denatures the quality and the playing comfort.
The PowerGrass hybrid system has exceeded all the limits of the old hybrid systems, improving the conditions for growth in an artificial grass designed specifically, compared to an application with the same substrate without reinforcement. The natural grass so increases the resistance to wear and tear while protecting at the same time the synthetic grass from the sun's UV rays.
The PowerGrass hybrid system consists in using synthetic grass with a dedicated backing, non-biodegradable, draining and breathable on the whole surface. The three-dimensional structure of the backing, where they are securely fastened the artificial yarns, forms many interconnected pores that allow the grass roots to breathe, penetrate and grow also below the artificial backing, in the growth medium also designed ad hoc.
The Geofill PG is a patented organic soil conditioner that completes the invention of PowerGrass hybrid system. It consists in a mixture of 100% organic material based on coco peat and cork, renewable sources, to mix with silica sand in the construction site and then distributed under and inside the artificial grass, thus forming a growth medium ideal for agronomic and sport surface performance.
PowerGrass project is not only an alternative to other hybrid systems that aim to reinforce the grass to play a few more hours, during the playing season, without tearing the grass sod in the stadiums of the professionals.
PowerGrass project, while maintaining the prerogatives of the game professional players love, seeks to offer a playing surface for more than 1000 hours per year which corresponds to the market demand for almost all the amateur clubs and the training fields of the professionals, and this is possible thanks to an innovation that combines the most unique than rare features, subject of three patents, which allow to:
Niko Sarris inventor PowerGrass hybrid turf
Niko Sarris has always looked for innovative solutions that offer quality and saving. Operating in both worlds of natural grass and artificial turf could only find the best solution.
Patent PowerGrass hybrid turf
Granted the first patent of Sarris which includes an artificial turf support with a geogrid and a non-biodegradable geotextile in polyester, penetrable by the roots from the first period of growth.
Roots in PowerGrass hybrid turf
The result? roots, roots, deep roots that penetrate the backing without difficulty.
The artificial turf suitable for PowerGrass hybrid system
The artificial turf suitable for PowerGrass hybrid system.
The patented synthetic turf support for the hybrid system PowerGrass
The patented synthetic turf support for the hybrid system PowerGrass.
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POWERgrass hybrid turf field
Synthetic turf field