All GreenFields sport systems are quality controlled on site by GreenFields installation inspectors. Technological innovations and sustainable solutions are the core competences of GreenFields, delivering customers integrated sport systems using TenCate high-grade fibers and backing.
With 2,700 field installations worldwide, GreenFields has long-standing experience in the development, manufacture, construction, installation and maintenance of synthetic turf systems for sports. Its ability to provide high quality product innovation and turnkey – sustainable – sports solutions is unrivalled within the sports turf industry.
The GreenFields team works to provide both cost-effective and premium quality product solutions, whilst focusing on researching and developing new surfaces for the international sports industry. Through its internal testing facility the high-grade products and systems are developed while matching or outperforming the requirements of sports governing bodies around the world.
Decades of experience in sports field systems
With 231 FIFA recommended soccer fields and counting, GreenFields is the biggest supplier of synthetic turf fields that meet FIFA quality standards worldwide. Hugo de Vries, business development director of GreenFields, states: “We are proud that every continent in the world now has access to the technological innovations and sustainable solutions of GreenFields for a wide variety of sports. Apart from our cooperation with FIFA, GreenFields is also a partner of other sports federations, such as the International Rugby Federation and the International Hockey Federation: all for the benefit of our customers”.
Sustainable innovation of sports systems
The latest innovation is the new, patented GreenFields MX, a 100% recyclable sports field system that offers unrivaled performance with the ability to exceed the highest standards. The letters MX refer to the square matrix pattern in which the high-grade TenCate Grass fibers are placed. The position and distance between the fibers are precisely determined in a specialized three-dimensional weaving process.
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