Nano zinc oxide for textile materials enhances UV protection, antimicrobial properties, and durability. Designed for advanced fabric applications, it ensures effective shielding, extended lifespan, and superior performance in functional textiles.
Product Overview
Nano Zinc Oxide for Textile Materials is a high-purity nanometer-scale zinc oxide powder, specially designed for the textile industry. It offers excellent UV protection, antibacterial properties, odor control, and durability. This product is widely used in various textiles and fabrics, including sunshades, sportswear, bedding, and more. The nano-sized zinc oxide ensures better adhesion and stability on fabrics, significantly enhancing their functionality.
Key Features
- High Purity: ≥99.7%, ensuring stability and long-lasting effectiveness.
- Nano Particle Size: 30-40nm, offering excellent dispersion and a high surface area for enhanced functionality.
- Large Surface Area: 60-90 m²/g, providing more active sites for improved performance.
- UV Protection: Effectively blocks UV rays, protecting the skin from harmful exposure and extending the lifespan of fabrics.
- Antibacterial & Odor Control: Provides long-lasting antibacterial effects, inhibiting bacterial growth and preventing odor formation.
- Comfort: Maintains fabric comfort and breathability, making it ideal for everyday wear.
Applications
- Sunshades: Enhances UV protection of fabrics, improving shading effectiveness for outdoor use.
- Hygiene Materials: Used in products like wet wipes and bedding, providing antibacterial and UV protection.
- Outdoor Sportswear: Adds UV protection and enhances comfort for active wear.
- Intimate Apparel: Improves the freshness and comfort of innerwear and sports underwear.
- Bedding: Enhances antibacterial and UV protection in items like sheets and pillowcases.
- Air Filtration Products: Used in air purifiers and filters, boosting filtration efficiency and antibacterial action.
Model | Z30 |
ZnO Purity | ≥99.7% |
Particle Size (SEM) | 30-40nm |
Surface Area | 60-90 m²/g |