Nike Introduces “AeroFit” Mesh Fabric to Reinvent Performance Footwear
2025-10-27
Nike Introduces “AeroFit” Mesh Fabric to Reinvent Performance Footwear
October 25, 2025 – Jinjiang, China | Source: Bloomberg & Zhongzhi Mesh Insight
Nike has recently launched a new generation of performance footwear featuring AeroFit, a lightweight and highly breathable mesh upper fabric designed to enhance airflow and comfort during intensive activity.
This innovative mesh reflects advanced textile engineering, integrating ventilation and support directly into the yarn and knitting structure, reducing layers and overall weight.
According to Bloomberg, Nike’s innovation team stated: “We are committed to creating exceptional materials.” The AeroFit mesh uses a finely-tuned polyester multi-filament system, balancing elasticity and strength while optimizing thermoregulation.
Industry Implications
This material innovation illustrates broader trends in the footwear sector:
High-performance mesh uppers are becoming a core element of modern shoe design.
Demand is growing for polyester sandwich mesh and engineered 3D jacquard mesh, which combine breathability, resilience, and sustainability.
Brands increasingly rely on specialized mesh suppliers to customize structure, weight, and density according to design requirements.
Insight from Zhongzhi Mesh
Jinjiang Zhongzhi Shoes Material Trade Co., Ltd., a leading manufacturer of sandwich mesh, single-layer mesh, and jacquard mesh, notes:
“Nike’s AeroFit design validates the market shift toward functional and sustainable mesh fabrics. Zhongzhi Mesh is already exploring similar breathable and eco-efficient mesh structures to support the next generation of performance footwear.”
Conclusion
As top brands accelerate innovation in mesh materials, upstream manufacturers have an opportunity to lead the market through precise design, performance testing, and eco-friendly production.
Zhongzhi Mesh will continue to provide custom polyester mesh solutions to global footwear brands, combining durability, breathability, and modern aesthetics.