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Nano Cerium Oxide
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Product: Views:392Nano Cerium Oxide 
Unit price: Negotiable
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Delivery date: Since the payment date Days delivery
Valid until: Long-term effective
Last updated: 2024-04-12 10:08
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Products Description

 

Our nano cerium oxide product is a premium-quality material that is carefully processed and formulated to meet strict industry standards. With its high purity and uniform particle size, our product provides improved performance and efficiency in a wide range of applications.

Function

 

What sets nCeO2 apart from traditional cerium oxides is its remarkable redox properties, which make it a versatile and efficient catalyst in various applications.

 

Application

 

1. Catalyst

As an important catalyst, it is widely used in organic synthesis, exhaust gas purification, catalytic conversion and other fields.

2. Fuel cell

The application of it in fuel cells is mainly as an anode catalyst.

3.Biosensors

it is widely used in biosensors, mainly for detecting biomolecules such as DNA and proteins.

4.Used in ceramics

Adding it to ceramics can reduce the sintering temperature, inhibit lattice growth, and improve the density of ceramics.

5.Alloy coating

Added to zinc-nickel, zinc-cobalt and zinc-iron alloys, it changes the electrocrystallization process of zinc and promotes the preferential orientation of the crystal planes, making the coating structure more uniform and denser, thus improving the corrosion resistance of the coating.

6.Polymer: can increase the thermal stability and aging resistance of polymers

 

Specification

 

Molecular formula:CeO2

CAS NO.:1306-38-3

Molecular weight:172.115

 

Product Name

it

Product number

CeO2-1

CeO2-2

CeO2-3

Appearance

Light yellow powder

Light yellow powder

Light yellow powder

Particle size specifications

30nm

50nm

200nm

Specific surface area

50m2/g

30m2/g

20m2/g

Bulk density

0.4g/cm3

0.5g/cm3

0.7g/cm3

CeO2/REO%

≥99.99-99.999%

TERO%

≥99

Features

The product has high purity, small particle size, uniform distribution, large specific surface area, high surface activity, and low bulk density.

 

Advantage

 

High cost performance and high purity

Customize various specifications and packaging of it.

Has a service-oriented and trustworthy enterprise certificate

Has a quality and trustworthy enterprise certificate

Possess quality service integrity unit certificate

 

Certificate

 

 

Factory

 

Our team of experts is dedicated to providing outstanding customer service and technical support to ensure that our products meet and exceed your expectations. Contact us today to learn more about our it and how it can benefit your business.

 

 

Custom made

 

If you plan to order in large quantities to meet industrial, medical and academic needs, please note that we can customize parameters (such as size, length, purity, functionality, etc.) upon request.

 

Notice

 

Results may vary from actual product images, pictures, colors, accuracy, purity, packaging, descriptions and specifications. These are used on the website for informational, advertising and descriptive purposes only. If you have any questions, please contact us via email: alaya@xituhuagon.freeqiye.com or call: 17320027753.

 

FAQ

 

Q: What are the unique properties of it?

A: it exhibits excellent catalytic activity, UV-blocking ability, and redox properties. It is also highly stable and has a long shelf life.

Q: What industries use it?

A:  it is used in various industries, including automotive, electronic, energy, and biomedical. It is primarily used as a catalyst and UV-blocking agent.

Q: What is the synthesis process for it?

A: The most common synthesis process for it is the hydrothermal method, which involves the reaction of cerium nitrate with sodium hydroxide under high-pressure and high-temperature conditions.

Q: Is it safe to use?

A: it is generally considered safe. However, like all nanoparticles, precautions should be taken during handling, as they can potentially cause harm if ingested or inhaled.

Q: How is it measured?

A: Nano cerium oxide particle size is typically measured using dynamic light scattering (DLS) or transmission electron microscopy (TEM).

 

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