HLD00115 is an ultra-lightweight technical textile engineered for high-performance summer and active-lifestyle apparel. The core of this fabric is the T800 bi-component filament, which utilizes a permanent helical crimp to provide mechanical stretch. Unlike spandex-blends, this "spandex-free" elasticity offers a superior recovery modulus, ensuring the fabric "snaps back" to its original state and resists permanent deformation (bagging) even at a very low grammage.

The High-Density Plain Weave construction offers a minimalist, clean aesthetic with a smooth surface profile. This balanced interlacing maximizes air permeability and breathability while maintaining excellent tensile strength relative to its weight. At a refined 112 GSM, HLD00115 provides a "near-weightless" wearing experience, characterized by a fluid, "paper-touch" hand-feel that excels in high-heat and high-humidity environments.

The fabric surface features a full-dull matte finish, providing a sophisticated, low-sheen look suitable for premium functional fashion. It is inherently wrinkle-resistant, quick-drying, and highly packable. The smooth face of the plain weave makes it an ideal substrate for DWR (Durable Water Repellent) treatments, achieving an efficient moisture-beading effect for light weather protection.

Core Technical Advantages

• T800 Mechanical Power-Stretch: Delivers high-tenacity elasticity and superior dimensional stability without the aging or heat-sensitivity issues of elastane.

• Ultra-Light Plain Architecture: Engineered for maximum breathability and a sleek, modern visual profile with a refined technical grain.

• Refined 112 GSM Grammage: An optimal "summer-weight" profile that provides a fluid silhouette and effortless mobility with high packability.

• High Recovery Rate: Engineered to prevent permanent fabric fatigue, ensuring garments retain their crisp, tailored look through repetitive motion.

• Advanced Hand-Feel: Combines a dry, technical touch with the softness of fine-denier polyester, ensuring next-to-skin comfort during activity.