Products Description

Yttrium trioxide (Y₂O₃) is an inorganic compound with the chemical formulaY₂O₃. It usually appears as a white powdery solid with high melting point and hardness. Yttrium trioxide is insoluble in water, but can react with acids to form corresponding yttrium salts.

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Function

1. Physical properties: Yttrium trioxide usually appears as a white powdery solid with high melting point and hardness. Its high melting point enables it to remain stable in high-temperature environments and is not easily melted or deformed. Meanwhile, high hardness makes it have potential application value in manufacturing high hardness materials or wear-resistant coatings.

2. Chemical properties: Yttrium trioxide is insoluble in water, but can react with acids to form corresponding yttrium salts. This characteristic gives it a specific role in chemical reactions and preparation processes.

3. Optical performance: It has good optical transmittance and refractive index, making it widely applicable in fields such as laser technology, optical instruments, and fiber optic communication. By doping different elements, optical materials with specific wavelengths and properties can be prepared to meet the needs of different fields.

Application

1. Ceramic materials: Yttrium trioxide plays a crucial role in ceramic manufacturing. It is widely used in the production of high-temperature ceramics, electronic ceramics, and structural ceramics. The addition of yttrium trioxide can significantly improve the hardness and wear resistance of ceramics, enhance their high-temperature and chemical corrosion resistance, and make ceramic products more reliable and durable.

2. Optical materials: Yttrium trioxide has unique application value in the field of optics. Due to its excellent optical properties, such as high transparency, high refractive index, and high optical transmittance, it is widely used in the manufacturing of optical materials with high transparency and high refractive index, such as transparent ceramics, optical lenses, optical fibers, etc. These materials have extensive applications in fields such as laser technology, fiber optic communication, and optical instruments.

3. Catalyst: Yttrium trioxide can be used as a catalyst for the synthesis of ethane from carbon monoxide and hydrogen, promoting chemical reactions and improving reaction efficiency. In addition, it may also be used as a catalyst in other chemical reactions to drive the process of industrial production.

Specification

CAS number 1314-36-9

Molecular weight:225.81000

Density: 5.01

Boiling point :81-83ºC

Molecular formula:O3Y2

Melting point:2410ºC

Product name	Nano Yttrium Oxide
Product number	YO2-1	YO2-2	YO2-3
Appearance	White powder	White powder	White powder
Particle size specification	30nm	50nm	200nm
Specific surface area	30m2/g	40m2/g	60m2/g
Stacking area	0.2g/cm3	0.3g/cm3	0.3/cm3
HoO2/REO%	≥99.99-99.999%
TERO%	≥99

(Product specifications can be customized according to different requirements)

Advantage

Large shipment of products, a wide range of applications, output value High products, the profit margins will not be too low.
We always adhere to customer-centeredness, provide a full range of professional services, and win unanimous praise from customers.

We have an efficient management team and scientific management system to ensure smooth and efficient business operations.

We have gathered a group of high-quality and professional employees to provide a solid talent foundation for the development of the enterprise.

Our unique corporate culture and values inspire the creativity and cohesion of our employees and enhance the overall competitiveness of the company.

We have strong financial strength and can support the long-term development of the enterprise and respond to various market challenges.
Possess quality management system certification, environmental management system certification, etc.

Factory

product-1364-767

product-1147-1530

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.

FAQ

Q: What role does yttrium oxide play in ceramic manufacturing?

A: In ceramic manufacturing, yttrium trioxide as an additive can significantly improve the hardness and wear resistance of ceramics, enhance their high-temperature and chemical corrosion resistance, and thus enhance the reliability and durability of ceramic products.

Q: How can yttrium trioxide be used as a catalyst?

A: Yttrium trioxide can be used as a catalyst for the synthesis of ethane from carbon monoxide and hydrogen. By providing the required active sites or changing the reaction path, it promotes the reaction and improves the reaction efficiency.

Q: What are the preparation methods for yttrium trioxide?

A: The preparation methods of yttrium trioxide include thermal decomposition method, coprecipitation method, sol gel method, etc. The choice of these methods depends on factors such as required purity, particle size, and production cost.

Q: What should be noted during the use of yttrium trioxide?

A: When using yttrium oxide, attention should be paid to the potential harm its dust may cause to human health, therefore appropriate protective measures should be taken. In addition, due to its hygroscopicity, it should be stored in a dry environment to avoid moisture.

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