The new FIH testing guidelines for hockey pitches explained Recent
updates to the FIH Quality Programme for Hockey Turf have seen a raft of changes brought in, improving
the way hockey pitches and products are tested for certification. Here Eric ODonnell from leading
sports surface development experts, Sports Labs, discusses what this means for your new
facility.
Whilst the 2012 Handbook provided an edited and more detailed account
of the testing methods used to evaluate hockey products and playing surfaces, the new FIH Quality
Programme for Hockey Turf released in April 2017 incorporates a significant update to the requirements
for both products and the field of play.
The upshot of this revision is that products and installations put forward to be certified by the FIH are being more thoroughly examined. For the manufacturer, this will mean developing new hockey surfaces to meet the requirements, and developing new surfaces as further criteria are added. For the club, school or university investing, the handbook provides more scope to ensure your facility is certified to the appropriate FIH mark.
Durability is also important and so they undertake a series of
simulated wear tests. They look at abrasion resistance, carpet strength, directional stability, turf
bind and the strength of joins. All the yarns used in these turfs must also meet standards in fibre
polymer characteristics, tensile strength, UV tests and toxicology requirements.
Durability is also important and so they undertake a series of
simulated wear tests. They look at abrasion resistance, carpet strength, directional stability, turf
bind and the strength of joins. All the yarns used in these turfs must also meet standards in fibre
polymer characteristics, tensile strength, UV tests and toxicology requirements.
The number of product classes available for categorising a product has
been increased to six. These range from Global Elite to Multi-sport, giving you much more choice
depending on the needs of your installation.
The new requirements will also see the materials used to manufacture
artificial grass hockey pitches more closely examined for properties such as yarn type, density, or
dtex, and thickness. Fill materials are also being examined thus ensuring that the information listed
by manufacturers is consistent with what is being installed.
The UV Radiation test, which is conducted on the yarn filaments, within
the artificial grass has been increased from 3000 hrs to 5000 hrs. Additionally, a new test
classifying skin friction has been added for Global category products with further tests measuring
durability, player-surface interaction, shock pad and toxicology set to be introduced in due
course.
Finally, the relatively new format of Hockey 5s courts has been
officially introduced into the classification, and can be offered up for
certification.
There are a number of other changes that we havent gone into here, such
as maximum and preferred slopes, tightening up of allowable deviations around the mean for ball roll
tests, restrictions on pad re-use for some categories and restrictions on colour for some categories.
Please do not hesitate to call for how these changes may impact your facility.
There is much to take in here, and the impact of any new requirements can sometimes take time to
filter through to the market. However, it is certainly fair to say that the level of testing of
products and facilities has been stepped up and ultimately, this will help to bring the FIH in line
with organisations like FIFA and World Rugby.
Oscar Foundation is a football development non-profit organization dedicated to empowering children and youth in low-income communities in India.
Set on a hilltop with a breath-taking view, this pay n play facility has encapsulated the interest of the people of Mizoram.
Altius Sports designed synthetic turf surface for Tashi Namgyal Academy in Gangtok. The first in Sikkim to get the TigerTurf upgrade.