FitonTon 5 Pairs Men's Summer Thin Cotton Socks

100% Xinjiang long-staple cotton with 33M long fibers, sun-dried over 200 hours for enhanced comfort

Natural hollow cotton fiber structure for sweat absorption, breathability, and lasting fragrance

Ultra-fine cotton yarn for breathability and comfort without stuffiness

Round mesh ventilation for coolness and elasticity

Lycra sock cuff for a snug fit that prevents slipping

Seamless toe design for comfort

Anti-pilling technology rated ≥ Level 4 for durability and smooth texture

Massage sole design for sweat absorption and shock reduction

Functional Features:

Infused with natural camellia essential oil microcapsules for antibacterial and deodorizing effects

Nano microcapsule fragrance-locking technology releases fresh camellia scent continuously through friction

Microcapsules burst during wear and washing to maintain long-lasting fragrance

Natural camellia micro-molecules extracted from high-altitude cold camellia, acting as antioxidants and antibacterial agents

Effectively inhibits growth of bacteria and fungi for 24 hours, reducing foot odor at the source

Maintains antibacterial efficacy after 300 washes

Camellia aroma molecules blended with yarn to form a natural plant antibacterial protective layer resistant to washing

Environmentally friendly dye materials derived from natural sources for soft, natural colors that do not fade

Fit & Style:

Mid-calf length with moderate thickness

Soft, high elasticity for comfortable fit

Available in both mid-calf and short sock styles

Suitable for spring and summer wear with breathable mesh design

Certifications & Testing:

Tested by authoritative centers (MA, MAC, CNA)

Antibacterial performance meets 10A natural antibacterial standard

Sample reports confirm 97% antibacterial effectiveness and 98% compliance

Additional Notes:

Measurements are approximate and may vary due to individual body shape and wearing habits

Designed to provide a fresh, comfortable, and odor-free foot experience with natural plant extracts and advanced textile technology