A table tennis rubber includes a spongy sheet, and a rubber sheet layered and adhered to the spongy sheet with a plurality of protrusions defined on a sticking surface of a main body of the rubber sheet to the spongy sheet. The rubber sheet has a thickness of 1.6 mm or less in a layering direction on the spongy sheet. A value denoted as ar is an area percentage (%) of the protrusions to the sticking surface of the main body of the rubber sheet. A value denoted as h is a height (mm) of the protrusions. A ratio denoted as ar/h is 52 or more.

A table tennis rubber sheet comprising at least an elastic body sheet, wherein the elastic body sheet comprises a crosslinked silicone rubber as a binder, and a hydrosilyl group content in the crosslinked silicone rubber is 5.010.sup.4 mol/g or less.

The present invention discloses a production process of an integrally encapsulated racket. The integrally encapsulated racket is provided. The integrally encapsulated racket includes a racket body, the racket body is externally wrapped with a wrapping surface, a plastic adhesive tape is disposed at a connecting part between the wrapping surface and the racket body, the plastic adhesive tape is attached to an edge of the racket body, a top end of the wrapping surface is in a same horizontal plane as a racket surface of the racket body, a handle sleeve is injection molded at a bottom end of the racket body, and an inner side surface of the handle sleeve is closely attached to the wrapping surface.

A racket (1) is provided. The racket (1) comprises a handle (2) and a blade (3). The handle (2) comprises a socket (5) arranged at an end portion (2) of the handle (2). The socket (5) extends into the handle (2) along a central longitudinal axis (6) of the racket (1). The socket (5) comprises a first magnetic material (7) arranged in the socket (5). The racket (1) further comprises a plug (8) configured to be arranged into the socket (5). The plug (8) comprises a second magnetic material configured for magnetic attraction to the first magnetic material (7).

A manufacturing method for a sports paddle, wherein the pallet cap is attached to the handle of a sports paddle using mechanical forces. The pallet cap may be of a unitary construction, or constructed of several separate pieces. The manufacturing method allows sports paddles to be manufactured without the use of equipment or tools. In some embodiments, the method allows the sports paddle to be manufactured without specialized equipment or tools. Further, the manufacturing process requires fewer steps to assemble the sports paddle.

The Foldable Tennis Table with Multi-Ball Storage Contraption with Adjustable Position is a system designed for convenient retrieval of multiple tennis balls from the storage contraption during trainings and games when the table is in open position and for storage of tennis balls in the same contraption when the table is not in use. When the table is opened and set up for a game, the multi-ball storage contraptions are automatically positioned with an angle to the table panels. The contraptions have openings facing players for convenient retrieval of multiple balls. When the table is being folded for storage, the storage contraption changes its position gradually to become parallel to the table panels, while maintaining its opening on top. The change in position allows the contraption to be maintained within the external dimensions of the folded frame and keep balls inside for storage.

A set for playing a sport, designed for an exchange of shots between two players. The set includes: a ball; and a table having a playing surface longitudinally extending between opposite action edges, between which the players are caused to exchange shots with the ball. The playing surface has a curved longitudinal profile, between the action edges delimiting a concavity open above the table. The playing surface and the ball being configured to absorb bounces of the ball on the playing surface.