After several years of experience with HIPPOTRON® ICE technology at ice rinks in the Czech Republic, Slovakia and Switzerland, we can carry out a detailed analysis of the data collected – both from our own measurements and from interviews with the ice technicians who work with the device every day. Their experience and our long-term tests show that the greatest benefit of HIPPOTRON® ICE technology lies above all in improved ice quality, in terms of hardness, durability and less wear during training sessions and matches.
Better ice quality and more effective training: Experiences of players and coaches
Players and coaches alike praise the fact that less snow forms on the ice surface, which significantly improves the quality of training. Thanks to better ice, passes are more accurate, training sessions and matches flow more smoothly, and players have more confidence with the puck on their stick. High-quality ice allows players to practise various game situations more effectively, especially power plays, where puck control and passing accuracy are key. Less snow on the ice also extends its service life and ensures better conditions for intensive training sessions and matches.
The importance of water quality for the performance and efficiency of an ice rink
Every ice rink is unique in its own way. Rinks differ in construction, insulation and size, but also in the quality of the water used to fill the ice resurfacer. Water is a key factor here – differences in its composition can have a fundamental influence on the final result and the quality of the ice surface. If water with a high content of minerals or impurities is used, limescale forms more quickly in the ice resurfacer and problems can occur on the ice surface, which reduces performance and increases energy demand.
The key role of staff in ensuring top ice quality
A fundamental factor in improving ice quality is the staff who look after the ice themselves. Whether it is measuring the temperature of the ice surface, checking the temperature of the base slab to ensure optimal conditions, or correctly setting up the ice resurfacer when preparing the ice surface – every detail matters. There are many ways to increase ice quality at ice rinks. The key, however, is for ice technicians to be proactive, to be interested in testing new procedures and to continually raise the standard of ice maintenance.
The importance of accurate temperature measurement for stable, high-quality ice
As we have already mentioned, it is important to monitor the temperature of the ice surface. Practice shows that it is ideal to measure the temperature at several points, as conditions can vary across different parts of the ice surface. Correct measurement makes it possible to track temperature trends precisely and to adjust the output of the refrigeration unit according to the measured values. This not only increases the quality and stability of the ice but also saves energy and makes the entire system run more efficiently.
Together with ice technicians, we strive to make ice temperature measurement a routine part of daily maintenance. Only through regular monitoring and adjustment of parameters can the ideal quality of the ice surface be achieved, which is appreciated by hockey players, figure skaters and the public alike.
HIPPOTRON® ICE technology thus brings a modern approach to ice rinks that delivers better ice surface quality, energy savings and at the same time helps with limescale deposits.
