Amid groundbreaking innovations in sportswear technology, Zhejiang Chaslin Garment Co., Ltd. today officially launched its self-developed AeroFlex™ high-performance sport series. This collection utilizes patented double-layer knitting technology that innovatively combines natural Tencel Modal fibers with functional polyester. Through its unique weave structure, it achieves an intelligent effect of automatically adjusting breathability based on skin temperature, providing precise micro-climate management for diverse exercise scenarios including yoga and high-intensity interval training.
The core breakthrough of the AeroFlex™ series lies in its intelligent response mechanism. When sensors detect a rise in skin temperature, micro-pores in the fabric's outer layer automatically expand to enhance breathability. During rest periods, the inner Modal fibers provide excellent moisture control, keeping the skin dry. Tested by SGS laboratory, this fabric demonstrates 40% faster heat dissipation and 35% reduced moisture retention compared to traditional sport fabrics. This technology has now been applied across Chaslin's full range of sport products, including yoga pants, sports bras, and functional T-shirts, and has received Global Recycled Standard (GRS) certification.
"We are consistently committed to transforming textile science into tangible wearing experiences," stated Chaslin's R&D Director at the product launch. "AeroFlex™ is not merely a fabric innovation but a deep understanding of exercise physiology. Through collaboration with an Italian design lab, we've incorporated 3D pattern cutting technology into the design, ensuring functionality extends beyond the fabric to provide fluent support in every movement posture."
The series has already received purchase orders from several international sport brands, with the first batch of products destined for markets in Germany, Canada, and Japan. Chaslin has simultaneously introduced customization services, allowing partners to develop personalized colors, patterns, and localized functions based on the core technology platform.
Nov 11,2025-BY ADMIN
Nov 11,2025-BY ADMIN
Nov 11,2025-BY ADMIN
Nov 11,2025-BY ADMIN