Product Details
Garlando Table Tennis 6 Galaxy Balls 3 Star
The Galaxy balls 3 stars are practical and reliable, as it is of all the articles of the brand Garlando.
Perfectly spherical, with a diameter of 40 millimeters (as required by ITTF), the balls Galaxy are made with the use of celluloid, a special plastic that provides good moisture resistance and, above all, to shocks to which they are constantly subjected .
Garlando Table Tennis 6 Galaxy Balls 3 Star
The Galaxy balls 3 stars are practical and reliable, as it is of all the articles of the brand Garlando.
Perfectly spherical, with a diameter of 40 millimeters (as required by ITTF), the balls Galaxy are made with the use of celluloid, a special plastic that provides good moisture resistance and, above all, to shocks to which they are constantly subjected .
Garlando Table Tennis Cyclone 4 Star Racket
This table tennis bat is made out of 6mm professional hard plywood blade. With a 1.8mm sponge and reversed rubber on different sides.
Racket Rating (min. 1 - max. 10): Speed: 8,5, Spin: 8,5, Control: 8
Garlando Table Tennis Twister Bat 5 Star
This table tennis bat is made out of 6mm professional hard plywood blade. With a high quality 1.8mm sponge and smooth rubber on different sides.
Racket Rating (min. 1 - max. 10): Speed: 9, Spin: 9, Control: 8
Garlando Table Tennis 6 Galaxy Balls 3 Star
The Galaxy balls 3 stars are practical and reliable, as it is of all the articles of the brand Garlando.
Perfectly spherical, with a diameter of 40 millimeters (as required by ITTF), the balls Galaxy are made with the use of celluloid, a special plastic that provides good moisture resistance and, above all, to shocks to which they are constantly subjected .
Garlando Table Tennis 6 Galaxy Balls 3 Star
The Galaxy balls 3 stars are practical and reliable, as it is of all the articles of the brand Garlando.
Perfectly spherical, with a diameter of 40 millimeters (as required by ITTF), the balls Galaxy are made with the use of celluloid, a special plastic that provides good moisture resistance and, above all, to shocks to which they are constantly subjected .