Hangzhou Jiupeng New Materials

Our company uses a special process to disperse nano zinc oxide into the isopropanol system, forming a stable and dispersed liquid. It does not layer or precipitate when left for a long time and can be diluted in any ratio. Greatly utilizing the special role of nanomaterials, they not only have high activity but are also easily added to the raw material system, solving the problem of difficult dispersion for customers during use. It has been widely used in new functional fibers, self-cleaning antibacterial glass, ceramics, rubber, infrared and ultraviolet shielding materials, sanitary ware, and other products that are resistant to bacteria, odor, and UV rays.

Product indicators:

project

Indicators

appearance

Milky white or slightly yellow uniform liquid

model

CY-J50C

Particle size nm

fifty

Content%

forty

solvent

Isopropanol

Application of the product:

1. Rubber tires: Nano zinc oxide isopropanol dispersion is used in labor protection products such as rubber silicone, rain boots, rubber gloves, etc. It can greatly extend the service life of the products and improve their appearance and color. When used in transparent or colored rubber products, it has an irreplaceable effect of traditional surfactants such as carbon black and ordinary zinc oxide.

2. Paint and coating: This nano zinc oxide isopropanol dispersion uses isopropanol as the solvent, which is volatile and residue free, has little environmental impact, stable quality, does not layer or precipitate, and can make the coating have strong UV shielding, infrared absorption, sterilization, mold prevention, and deodorization effects. It can improve the traditional mechanical properties of coatings, such as stain resistance, artificial aging resistance, water and alkali resistance, washing resistance, hardness, and adhesion.

3. In the field of ceramics, this nano zinc oxide dispersion not only reduces the sintering temperature of ceramic products by 40-60 ℃ compared to ordinary zinc oxide, but also makes the sintered products bright like mirrors, reduces production processes, reduces energy consumption, greatly improves product quality, and has antibacterial and bactericidal effects. The nano ceramic material made from nano particle zinc oxide has good toughness.

4. Chemical fiber textiles: can significantly improve the UV and antibacterial properties of viscose fibers and synthetic fiber products, used in the production of UV resistant fabrics, antibacterial fabrics, sunshades and other products.

Sunscreen cosmetics: Nano zinc oxide has a stronger protective function against ultraviolet rays than traditional nano titanium dioxide, and has good protective effects on both UV A and UV B. Therefore, the application of nano zinc oxide in the cosmetics field is rapidly developing.

This nano zinc oxide reaches a completely monodisperse nano state, so it does not adsorb ordinary powder materials when in contact with the matrix, but rather combines with learning bonds, resulting in extremely high water resistance, wear resistance, and antibacterial properties,

Compatibility with other solvents: Good dispersibility in ethanol, butanone, and propylene glycol methyl ether acetate.