Softer & Professional Backhand Version
Pimple IN, Epsilon Sponge
A refined X-Factor Chinese sticky rubber developed through AI advancements, introducing a groundbreaking physical structure and a revolutionary chemical formula.
X-FACTOR by AI
With precision tension response to swing force, X-Factor enhances stability for net play while providing increased tension for distant shots.
Traditional sticky rubber relies on excessively hard sponge, ensuring control near the net but limiting effectiveness further away. To compensate, unauthorized boosters are used to reduce stiffness, allowing sustained control in net play while maintaining speed from afar.
Soft sponge tension rubbers integrate elasticity from the outset, delivering impressive speed from a distance. However, high tension can reduce control in net play. AI has addressed this by optimizing pimple shape and sponge thickness, introducing NIF sponge with ultra-slow elasticity for a superior balance.
EPSILON SPONGE
This new sponge technology features uniformly distributed smaller bubbles, enhancing overall performance and consistency.
HUGO CALDERANO
Hugo Calderano has significantly improved his performance after becoming the first non-Chinese player to adopt J&H C rubber with X-Factor on both hands.
ELASTRO FUTURA – A NEW ERA IN AI
With AI-driven digital methodology, CYCLOID, snow tire-inspired DYNAMIC FRICTION, and energy-efficient CARBO SPONGE, the ELASTRO FUTURA generation pushes table tennis rubber technology forward. Advanced AI manufacturing recalibrates spin rates over different distances, achieving a new equilibrium in rubber science.
CYCLOID ON DEEP LEARNING
By analyzing vast datasets, CYCLOID technology enhances spin-to-distance ratios, ensuring more balls precisely reach the end line. This optimization boosts ball velocity through a redefined energy dynamic.
PERFECT ARC = VELOCITY BY AI
CYCLOID digitally mines data to determine the ideal equilibrium of spin and flight duration, optimizing spin efficiency to shorten travel time.
DYNAMIC FRICTION – SNOW-TIRE INSPIRED GRIP
Generating stronger spin relies on friction between the ball and rubber during dynamic movement. Traditional rubbers required precise, powerful strokes for maximum spin. Dynamic Friction technology increases tolerance, allowing a wider range of spins across various strokes. Inspired by snow tire mechanics, this innovation significantly enhances rubber performance.
