Employing high-tech negative-ion materials, this product offers antibacterial and deodorizing properties, keeps feet dry, and provides long-lasting antibacterial efficacy of over 99%. In enclosed spaces, it can release up to 2,467 negative ions per cubic centimeter, promoting blood circulation, accelerating metabolism, and enhancing immune function. Prolonged wear is crucial for the physical and mental well-being of military personnel, facilitating physical recovery and maintaining sustained combat effectiveness.

Application Scenarios
To address the need of military personnel to promptly change their undergarments during extended field training and combat operations.
 

Main Materials
Name: Negative-Ion Sandwich-Structure Double-Sided Fabric with Needle-Punching
Composition: 42% anions, 18% polyester, 40% cotton.
Yarn count: 32S negative ions + 150D + J32S/c
Grammage: 300–320 g/㎡
 

Protective Performance
(1) It emits a high concentration of negative oxygen ions, which help improve respiration, relieve fatigue, promote blood circulation, provide antioxidant and anti-aging benefits, inhibit bacterial growth, exert antiviral effects, deodorize, eliminate unpleasant odors, and enhance thermal insulation. Long-term use can boost the body’s immune function and contribute to overall health.
(2) Possesses characteristics such as wash resistance, zero radiation, no static electricity, and no attenuation.
 

Color
Customizable.
 

Product Features
(1) The release of negative oxygen ions can reach over 2,467 ions/cm³, comparable to a natural oxygen-rich environment, offering multiple health benefits such as improved respiration and fatigue relief.
(2) 99% antibacterial efficacy, antiviral properties, deodorization, and effective elimination of bacteria and odors at the source.
(3) The Clo value for warmth retention is increased by 2–3 degrees, making heat-locking and warmth retention more scientifically optimized.
(4) Combines antioxidant and anti-aging properties to safeguard health.
(5) Advantages such as wash resistance, zero radiation, no static electricity, and no signal attenuation.