Titanium dioxide nanoparticles

Titanium dioxide nanoparticlesProduct Name Name:Titanium dioxide nanoparticlesPVP modified: span> Product Overview Titanium dioxide has three crystal forms in nature, namely rutile type, rutile type, and perovskite type. Among them, the rutile type is the most stable, while the rutile type is stable at room temperature, but will transform to the rutile type at high temperatures. The perovskite type belongs to the orthorhombic crystal system and is an unstable crystal form. It will

Product Name

Name:：Titanium dioxide nanoparticles（PVP modified:/span>

Product Overview

Titanium dioxide has three crystal forms in nature, namely rutile type, rutile type, and perovskite type. Among them, the rutile type is the most stable, while the rutile type is stable at room temperature, but will transform to the rutile type at high temperatures. The perovskite type belongs to the orthorhombic crystal system and is an unstable crystal form. It will transform into the pyrite type above 650 âââ‚?and has no practical value in industry.

^{Technical Parameter}

Diameter:150+/-20nm

Status：White dispersion

Solvent：ET

Ingredient：TiO2

Concentration: mg/mL

Crystal form：Amorphous

^{Product Features}

Optical properties: Anatase nano titanium dioxide has high refractive index and photoactivity, and can strongly absorb and scatter ultraviolet light while transmitting visible light. Chemical stability: It has good chemical and thermal stability, and is not easily reactive with other substances. Photocatalysis: Under light conditions, theoretically it can catalyze various chemical reactions, such as decomposing organic matter and killing bacteria. Self cleaning: It has super hydrophilicity and can decompose organic matter attached to the surface under visible light irradiation, keeping the surface clean.

^{Application Fields}

Photocatalyst and air purification products: Utilizing its excellent photocatalytic performance, nano titanium dioxide sol can decompose harmful gases and some inorganic compounds in the air, thereby purifying the air. Sunscreen cosmetics: Nano titanium dioxide sol can strongly absorb and scatter ultraviolet rays, so it is widely used in sunscreen products to provide excellent UV protection effect. Plastics, rubber and functional fiber: Adding nano titanium dioxide sol to plastics, rubber and functional fiber can improve the anti-aging performance, mechanical strength and weather resistance of products. Other fields: Nano titanium dioxide sol can also be used in coatings, inks, ceramics and other fields to improve product performance and quality

^{Related Information}

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