High frequency molded ball: Excellent shape retention , durability and reduced water absorption. Soft touch when kicking the ball.new 8-panel concept: equally shaped and sized panels, provide a perfectly balanced weight contribution and the enlarged and deep seams guarantee a positive effect on the aerodynamics 3D textured 1.2mm PU surface: Improves durability and aerodynamics POE Foam+Patch high bounce bladder.FIFA® Quality Pro: Guarantees the highest level of performance 30%PU, 30% Synthetic Rubber Foam, 30% Synthetic Rubber, 10% Polyester
THB molded ball for excellent shape retention, durability and reduced water absorption
Perfectly balanced 8 panel configuration for a straight and consistent flight
0.5 mm textured PU outer for improved aerodynamics
3.20 mm EVA foam layer for improved rebound and increased power
FIFA® Quality: Guarantees an excellent level of performance
SANNLEIKA is an engineer brand dedicated on ball sports. The brand’s preexistence was a professional football manufacturer which mainly engaged in research and development on production, has served more than 30 major international league projects worldwide over the years, and has been certified by FIFA. SANNLEIKA brand was born by a group of sports enthusiasts and football practitioners whom wants to explain the truth of sports. We believe that the scientific research of ball sports will keep making the progress, also believe that the ball can be better performance, better value efficiency and greater playability through the efforts.
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-Product compression test report, Highlight the performance advantage of better feet feeling.
Wind tunnel test report, evaluating the flight trajectory more smoothly.
Professional shooting test report wear resistance test reports
The world’s first environmentally TPU injection bladder, get strong over-control property
–No vulcanization required: It can exhibit properties similar to vulcanized rubber, simplifying the production process and enhancing production efficiency.
Outstanding performance: Excellent heat and low-temperature resistance, resistance to common chemicals and electrical insulation.
Recyclable and degradable, safe and non-toxic, odorless and harmless.
Superior elasticity: Combining the superior characteristics of rubber and plastic thermoplastic elastomers, it offers better wrapping and handling performance.
The separated structure inner bladder, provide the comfortable feet feeling
Comfortable Foot Feel: The fabric and bladder separation structure enables the bladder to adhere more closely to the outer material, providing a more realistic touch and clearer feedback when kicking the ball, resulting in a more comfortable ball control experience.
Enhanced Bounce Performance: The unique layered design optimizes the pressure distribution, ensuring that the ball can quickly regain its shape after being hit and maintain a stable bounce trajectory.
Superior Durability: This structure effectively disperses impact forces, reduces bladder wear, and extends the football’s lifespan, meeting the demands of high-intensity training.
Superior Flattening Resistance and Surface Damage Recovery: Zero performance degradation, resistant to wrinkles and folds, with high recovery ability, no need for manual shaping. Notably, it addresses the industry pain point of traditional footballs with rigid bladders, which have large packaging volumes and high transportation costs. It also offers excellent portability.
– Molecular-level bottom layer penetration reinforcement: Eliminating the risk of interlayer peeling caused by the physical coverage of traditional UV coatings, the nano-modified gold oil penetrates into the gaps of the pattern ink through ion adsorption. After curing, the three-dimensional network structure formed enhances the adhesion between the pattern ink and the substrate by several times.
Excellent softness and hardness gradient protection structure: With tear resistance and high abrasion resistance, the coating contains photosensitive chemical ions that trigger photosynthesis when exposed to sunlight, reducing the visual impact of surface micro-scratches and maintaining its original aesthetic appearance.
Enhanced environmental tolerance: The nano-composite layer can block 99% of ultraviolet rays, providing UV resistance. It overcomes the problems of easy fading and poor abrasion resistance of traditional printed products, extending the lifespan of the pattern several times while maintaining high color fidelity.