Layer-X Air (Women)
Performance you can feel, comfort you can trust. Engineered for women, powered by materials science.
No-smell / antibacterial
Sweat-wicking & anti-UV fabric
No-stitch for elevated comfort
Dive into innovation with the Layer-X Air Women's tee. Precision-crafted from cutting-edge graphene-integrated fabric, it features elevated breathability and ultralight comfort. A blend of high-tech performance and clean aesthetics.
Breathability & Moisture Wicking
Antibacterial and Anti-UV
Lightweight
Warmth
Dynamic Stretch
KEY FEATURES
Breathable & Moisture wicking
Pulls sweat away and dries fast, so you stay fresh through movement.
Antibacterial and Anti-UV
Graphene-integrated fibers fight odor-causing bacteria and shield your skin from harmful rays.
PFC and PFA Free
PFAS are synthetic chemicals often used in textiles that don’t break down in nature and can accumulate in the human body over time. By keeping this fabric PFAS-free, we ensure it’s safer for you and cleaner for the environment—without compromising on performance or comfort.
Engineered for women, the Layer-X AIR delivers seamless comfort, thermoregulation, and freedom of movement—fitted to the female body and ready to perform from daily life to active pursuits.
Tech: GRAPHDRY™
GRAPHDRY™ fabrics incorporate graphene, a nanomaterial renowned for its exceptional hydrophobic and antibacterial properties. This allows for efficient moisture wicking, while its antibacterial nature prevents the growth of odor-causing bacteria. The unique combination of these properties makes of this graphene-integrated fabric the ideal choice for high-intensity activities where comfort and freshness are paramount.
Tech: GRAPHMOTION™
Our GRAPHMOTION™ performance fabrics feature an exceptional combination of technical attributes engineered to optimize mobility and functionality. Their stretch capabilities provide unrestricted freedom of movement. The lightweight composition, anti-odor properties, and rapid drying features of GRAPHMOTION™ fabrics further enhance their versatility, making them ideal for all rounder products.
