DYNAMIC FRICTION Technology

A new friction theory inspired by snow tire technology.
Friction is a necessary condition for generating strong spin when the ball comes into contact with the rubber. With conventional rubbers, optimal spin could only be achieved at an accurate and powerful pitch through friction created between the rubber and table tennis ball via a powerful swing. Rubbers equipped with Dynamic Friction technology expand the margin for such friction conditions, allowing for more aggressive spin to be generated using stored energy and force even during non-specific contacts.

HYPER ELASTO Technology

Success rate is improved through the Big Window Effect. When performing a topspin attack with a constant force, the range in which the ball safely passes over the net and lands on the opponent's court is called the "effective attack window." Balls exceeding the upper limit of this window will miss the opponent's court and go out past the end line.

HYPER ELASTO technology focuses on further expanding this effective attack window. Even if the ball passes high over the net, it safely enters the opponent's court, significantly increasing the success rate of topspin attacks and reducing errors. This allows players to boldly lead the rally with confidence.

CARBO SPONGE Technology

One and Only, Another Standard.
Black Carbo Sponge possesses a unique energy mechanism different from others. Simply put, manufacturing rubber is similar to the baking process of kneading and baking flour. It requires delicate work where subtle differences in the high-temperature baking process, as well as the use of natural materials, determine quality. Carbo Sponge containing carbon particles creates a new balance with the top sheet through different energy efficiencies, providing stability in dynamics. This is the same reason XIOM uses carbon in core rubber products. Excellence is the accumulation of details.