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Jun 14, 2018

Henkel technologies at the 2018 World Cup

The invisible playmaker

For four weeks, soccer fans all over the world will watch the action unfold on fields from Kaliningrad to Ekaterinburg. The World Cup in Russia is not just a major sports event: It is also an arena for technological and logistical feats. In addition to players, coaches and referees, it takes powerful floodlights, highly-efficient display panels and modern equipment including the latest ball to make the magic happen – all of which rely on Henkel technology. From the team bus, through the soccer shoe and all the way to the stadium, a whole range of powerful adhesives, sealants and functional coatings comes into play.

The ball

Nothing is possible without it – but what makes the perfect ball? A professional soccer ball is made up of various elements that are joined together to cover the two layers of inner lining as well as the inflatable interior. The soccer ball used to be sewn by hand, but is now produced with fewer individual parts using special adhesives. Its seamless exterior makes the ball particularly resistant, more aerodynamic and less permeable to water when it rains. It is also lighter and rounder as a result. Henkel provides manufacturers with innovative solutions for binding textiles, leather and other materials to each other.

The soccer cleats

Players have to be quick on their feet and dazzle with their technical skill to secure a win for their team in the decisive moments. The gear they use to help them perform at their best has changed significantly over the course of the last few tournaments. Today, soccer cleats are glued together instead of sewn, which makes them lighter and more flexible. They also follow the player’s natural movements more closely. To achieve this, many different layers and soles are bound together using various melt adhesives – from the outer shell, insoles and midsoles to the toe cap, heel reinforcement and foam padding inside the shoe. Henkel adhesives are used at every stage of the production process.

   

The shin guards

Kicking, blocking, committing fouls – soccer players’ shins have to take a lot of hard knocks. Special guards protect their bones and Achilles tendons from injuries like breaks or bruises. Wearing them is mandatory in association soccer. The flexible hard-shell guards need to protect players in a duel and simultaneously be as light, bendy and naturally stable as possible. The padded interior absorbs shocks and provides added comfort. Henkel adhesives join the hard outer shell with the soft cushioning material on the inside, ensuring that these models don’t pinch and adapt to the shape of the leg as much as possible.

The soccer stadium

Where would soccer be without the stadium? It is this special setting, filled with thousands of fans, that creates the unparalleled tournament atmosphere. The largest facility in this World Cup is the Luzhniki stadium in Moscow, seating up to 81,000 spectators. A total of seven matches will be played there – including the opening game and the final. In stadiums around the world, construction technology from Henkel is used for things like flooring, walls and ceiling installations.

The lighting and the screens

Floodlit matches are a special occasion for countless fans, even today. When it gets dark outside, this powerful lighting guarantees optimal visibility on the playing field. Nowadays, more and more stadiums are architectural gems that light up on the outside as well – often thanks to modern LEDs. Spectators can follow the score, line-up and current corner stats on giant screens and video cubes, while the sponsors present their brands on animated advertising displays along the sidelines. The need for efficient, ultrathin and lightweight displays is growing, driving innovation in the process. For LED and OLED displays, Henkel offers tailor-made solutions for sealants, electroconductive printable inks and adhesives.

The team bus

To get from their accommodation to the stadium, the teams use their own bus, which is built using various adhesives and sealants. The traditional welding process to join auto parts is increasingly being replaced by adhesive technologies, which substantially reduce the vehicles’ weight. In buses, these technologies also allow several hundred kilograms of weight to be saved when they are used to install the window panes. This helps reduce consumption and carbon emissions. Lightweight construction also allows more room for electronic components, battery technology and interfaces. Henkel will thus continue to be an important partner for the automotive industry, including in future growth areas like connected mobility and e-vehicles.