Functional Chips, also known as Tea Polyphenol Graphene Mugwort Nonwoven Chips, Diaper Napkin Chips, or Honeycomb Lactic Acid Antibacterial Chips, are primarily supplied in rolls of 28mm width × 1000m length and can be custom-cut. Fabricated from a polyester substrate coated with functional composites, these chips deliver electrical conductivity, antimicrobial efficacy, odor reduction, and health-promoting properties, primarily for integration into disposable hygiene products.
| Color | Black | |||||
| Primary Composition | Nano-Graphene Dispersion | |||||
| PH Value | 6.5-7.5 | |||||
| Solid Content | 20% | |||||
| Viscosity | 3000-8000mPas | |||||
| Application | Compatible with cotton, polyester & multifiber substrates | |||||
Graphene has a hard surface and has the functions of conductivity and bacteriostasis.
Tea polyphenols have anti-inflammatory and bacteriostatic effects and can be used in facial masks.
Mugwort has a cooling and bacteriostatic effect.
It can be used in adult sanitary napkins or baby diapers.
The lactic acid bacteria chip can inhibit the growth of harmful bacteria and reduce the occurrence of gynecological inflammation. For example, components such as nano - silver and chitin have strong antibacterial effects, which can kill harmful pathogenic microorganisms and protect the health of the private parts.
The lactic acid bacteria chip can decompose odor-causing substances, reduce the odor of the private parts, and keep a fresh smell. This is especially beneficial for people with sensitive skin and those prone to odor.
The lactic acid bacteria chip helps maintain the vaginal micro-ecological balance, promotes the growth of beneficial bacteria (such as lactobacilli), and inhibits the reproduction of harmful bacteria, thus maintaining the health of the private parts.
1. Integrated into disposable hygiene products (e.g., diapers, napkins, adult sanitary napkins).
2. Used in facial masks (with tea polyphenol coating for anti-inflammatory and bacteriostatic effects).
3. Applied in products requiring conductivity and bacteriostasis (with graphene coating).
4. Utilized in items needing odor reduction and private health protection (with lactic acid bacteria coating, etc.).
