The Streets UV Pearl Ball

Kirjeldus

The Streets UV Pearl Ball, white STREETSBALL unisex ball

The white UV Pearl Ball from The Streets is a streetball ball with a pearl surface adapted mainly for outdoor city courts. The surface provides even grip even during fast play and reduces slipperiness during normal wear. The construction combines multiple synthetic layers for better abrasion resistance. The design is unisex, suitable for both recreational and ambitious players.

The surface of the ball has a pearl finish, which makes it easier to read the movement of the ball and facilitates control when dribbling and shooting. The inner layers ensure shape stability during repeated play and adequate air retention. The ball is intended mainly for outdoor and streetball style, while maintaining usability in indoor conditions. The white color scheme is neutral and easy to combine with other streetwear gear.

Material

• Outer material: synthetic rubber with pearlescent UV coating for durability and surface texture.
• Interlayer: polyester/nylon stitching for shape retention and better structural strength.
• Tube: butyl tube for better air retention; rubber valve.
• Warning: protect from sharp objects, do not expose to direct and permanent heat sources during long-term storage and do not leave over-inflated.

FAQ

• What size is the ball and what type of game is it intended for?
  The ball is in a unisex standard size suitable for streetball and recreational play outdoors; indoor use is also possible according to the players' preferences.
• How to care for and store the ball?
  Clean it with a damp cloth, store it dry at room temperature, check the pressure regularly and avoid prolonged exposure to direct sunlight or heat sources.

Thestreets Tips

• The surface holds well even on asphalt pitches, the grip is consistent after several games.
• The white color looks clean and aesthetic, maintenance is easy with regular cleaning.
• The ball retains its shape and air for a reasonably long time, it sometimes needs to be re-inflated depending on the intensity of use.