By no means is this type of ball similar to a typical soccer ball. For starters, instead of air, its bladder is filled with foam. In this case, the ball has less bounce and is heavier in order to facilitate its purpose; meant to be used on a hard surface indoors. This size 4 ball may also have suede castings which help to stabilize the ball on a slippery floor.
The first edition of our newly developed dual bonded production method is used in the new soccer ball called BLAZE DB. The construction of this ball consists of a PU-material laminated with 3 mm foam. Next, two layers of textile underlining are laminated to the foam layer to add stability. The panels are then 3D printed with 3mm edge glue and stitched by hand, In the heat mold the glue is activated to hide the stitches. Next, the seam sealing is done by hand. The glue in the seams reduces the water uptake significantly. The bladder inside is a SR-bladder with excellent air retention. The result is a soccer ball with both stability, control and a softer touch compared to other balls in the range.
This is exactly the niche that American Challenge’s Brasilia soccer ball is supposed to fill. With a combination of materials that offer a range of different qualities, the Brasilia is able to transition seamlessly from dirt and turf to an indoor court or even on the street. This begins with a casing that is made of TPU. This provides the requisite durability needed while still offering some responsiveness. On top of that, the glossy finish actually benefits this ball in these settings rather hindering it.
Furthermore, cleaning the ball is a very important task that you must do on a regular basis. It could help you avoid water absorption issues, and it will help make it last longer. Clean a soccer ball with some mild soap and lukewarm water to maintain its performance. Don’t use harsh cleaning agents as this might damage the ball’s construction material. Storing the ball in low temperatures is ideal to avoid warping or water retention. https://www.youtube.com/watch?v=_TX8dExPIWc
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