Air Jordan XX23 is Nike's first basketball shoe, based on Nike's design concept. AIR JORDAN XX3 aims to minimize waste and uses solvent-based adhesives. Self-propelled high-quality coating technology for the back of Thermoelectric Plastic Polyurethane Rubber (TPU) insole is completed by an efficient mechanical arm, which ensures the quality, firmness and durability of the coating and parts. The environmental protection rubber used in the outsole can reduce toxicity, and the NikeGrind material used is the waste produced in the sole manufacturing process. The construction of sports shoes emphasizes the use of environmentally friendly materials. Upper: The three-dimensional upper is sewn by the new stitch sewing machine in the patent application. Double density insole. The heel is made of foam with double density and slow recovery in the inner layer, which adapts to the foot shape and fits better. One-time molded Phylon midsole. Full palm smooth inner shoe cover can increase comfort and make the shoe shape smoother. The collar/tongue lining is made of Nu-foam, which increases the comfort of low-top sports shoes. The new patterned plastic lining provides good arch support. The reinforced waist plate accurately forms and maintains the shape of the last, thus achieving the best fitting effect. A breathable tongue allows air to escape and keeps your feet dry. During construction molding, the vamp is pressed on the last twice by the tire, so that the shape of the vamp is completely consistent with that of the last. Midsole/outsole: The full palm Zoom Air unit provides excellent shock absorption performance. The shoe bone support plate made of carbon fiber material increases the structure and support of important parts. TPU insole with excellent performance increases stability and support. Light weight–15 ounce. One of the basketball shoes with the smallest midsole thickness (heel 19mm, forefoot 9mm) makes the player's sole as close as possible and feel the ground of the court. The shoe bone bearing plate is directly padded into the TPU insole mold, and TPU is directly pressed on the whole bearing plate. This is the most effective manufacturing process, because it can increase durability, reduce waste and reduce the use of solvent-based adhesives. This is the innovation of functional shoes. The advanced cushioning system includes a low-barrel IPS system, which is equipped with a large buffer in the heel and combined with the low-barrel improved IPS in the forefoot.
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