Our company uses a dispersion process to disperse nano titanium dioxide powder (5-30nm) in an aqueous medium, forming a highly dispersed, uniform, and stable nano titanium dioxide water-based slurry.
Product features:
1. Monodisperse nanoparticles are distributed in the product, and the dispersion solution has good stability.
2. Has a large specific surface area, strong chemical binding adsorption, and charged hydroxyl groups.
3. Anti UV finishing agents have good film-forming properties, smooth and flat film-forming, and high strength.
Technical indicators:
model
CY-T31H
appearance
White liquid
Crystal form
rutile
PH value
6-8
Average particle size, nm
20-30
Titanium dioxide content% ≥
twenty
Stability:
Nano titanium dioxide liquid has a good dispersion state, solving the problem of difficult dispersion of nanomaterials. So when in contact with the surface of other materials, it is not the adsorption of ordinary powder materials, but the combination with chemical bonds, so it has extremely high stability and can greatly improve water resistance, wear resistance, antibacterial and other properties,
The CY-T31H rutile nano titanium dioxide liquid, which has been coated on the surface, shields the catalytic performance of rutile and has better dispersibility and UV resistance.
Application field:
The fabric treated with this water-based slurry not only has a reflective effect on ultraviolet radiation, but also has absorption properties, making it suitable for heatstroke prevention, thermal insulation, and cool touch. It is particularly suitable for processing high-end polyester, nylon, cotton and linen, wool, etc. At the same time, it can also be widely used in the production of tents, sunshades, summer women's clothing, outdoor work clothes, training clothes, sportswear, curtain fabrics, advertising fabrics, etc.
After treatment with this water-based slurry, the mechanical and thermal properties of the material are greatly improved, and the UV shielding index of the fabric is greater than 99, which can effectively improve the sun protection index of the fabric.
