Namibia Nano niobium oxide

Nano niobium oxide has excellent chemical and thermodynamic stability, and is widely used in fields such as coatings, catalysts, and dopants.

Category:

NamibiaNano oxide series

Product Description

Product Features:

Nano niobium oxide (chemical formula: Nb2O5) is an important rare earth oxide, with a melting point of 1460℃, and appears as a white powder. Nano niobium oxide turns yellow when heated to 400℃, dissolves in hot sulfuric acid and alkali, and is insoluble in water, making it a stable oxide. It has excellent chemical and thermodynamic stability and is widely used in coatings, catalysts, dopants, and other fields.

Product Parameters:

Popular Models

JH-202

JH-707

JH-101

JH-348

JH-808

Appearance

White powder

White powder

White powder

White powder

White powder

Purity

≥99.5%

≥99.9%

≥99.9%

≥99.9%

≥99.99%

Particle Size

0-1μm0-0.5μm

0-2μm0-0.5μm

≤50nm (crystallinity)0-0.5μm

0.6-2μm

More model parameters vary (customization supported), contact customer service for detailed parameters0-0.5μm

Application Industries:

1. Nano niobium oxide performs excellently in coating materials, enhancing the density and anti-aggregation properties of the coatings.

2. Nano niobium oxide has excellent chemical stability and is often used as a catalyst, especially performing well under high-temperature conditions.

3. Nano niobium oxide is used in the manufacture of high-temperature structural ceramic materials, significantly improving the thermal expansion rate and reliability of the materials.

4. The application of nano niobium oxide in lithium batteries mainly reflects in improving battery performance, extending battery life, and enhancing battery reliability.

5. In the electronics industry, nano niobium oxide is mainly used to prepare electronic components such as capacitors, resistors, and transparent conductive films. Additionally, it is applied in solar photovoltaic cells to improve the photoelectric conversion efficiency.

6. Nano niobium oxide can also be used in the chemical industry, alloys, fluorescent luminescent materials, ceramic dielectrics, glass, and catalysts.

6、纳米氧化铌还可以用于化学工业、合金、荧光发光体、陶瓷电介质、玻璃以及催化剂等。