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Gadolinium Oxide

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MOQ : 500 Milliliters

Gadolinium Oxide Specification

Appearance
White powder

Molecular Weight
362.50 g/mol

Melting Point
2330°C

Refractive Index
1.80 (at 20°C)

Grade Standard
Analytical/Industrial Grade

Magnetic Property
Paramagnetic

Application
Used in ceramics, glass, phosphors, electronics, and as a neutron absorber

Solubility
Insoluble in water, soluble in acids

Storage
Store in tightly sealed container, dry and cool place

Particle Size
Nano to micron range (customized as required)

CAS Number
12064-62-9

Density
7.41 g/cm³

Purity
99.9%

Boiling Point
Unstable at boiling point, decomposes

HS Code
28469090

Chemical Formula
Gd2O3

Gadolinium Oxide Trade Information

Minimum Order Quantity
500 Milliliters

Supply Ability
50 Milliliters Kilogram Per Week

Delivery Time
4-5 Days

About Gadolinium Oxide

Started in the year 1962, we are an established organization offering Gadolinium Oxide. This chemical is used in luorescent materials, luminescence and electroluminescent devices. We process this chemical under the strict inspection of expert supervisors using best quality compounds. In analytical chemistry, this chemical is used as additives, catalysts and dopants. We pack this chemical in quality grade glass bottles to ensure safe transportation. Also, we offer Gadolinium Oxide at cost effective prices.

Features:

White odorless powder
Insoluble in water
Extended shelf life

GADOLINIUM OXIDE

Molecular Formula: Gd2O3

Molecular Weight: 362.50

CAS No. : 12064-62-9

Sr.No.	Test Characteristics	Unit	Specification
Sr.No.	Test Characteristics	Unit	Lower	Upper
1.	Appearance	Visual	------	------
2.	Assay by TREO	%	99.90	------
3.	Gd2O3 content	%	99.90	-----
4.	Fe	ppm	-----	100
5.	Sodium	ppm	-----	100
6.	Other Rare Earth	%	-----	0.02

Versatile Applications Across Industries

Gadolinium Oxide is valued for its use in multiple industries. It enhances the thermal and mechanical properties of ceramics, improves light emission in phosphors, and provides advanced functionalities in electronic devices. Additionally, its ability to absorb neutrons makes it essential for nuclear safety applications.

Key Physical and Chemical Characteristics

Featuring a white, odorless appearance, Gadolinium Oxide is insoluble in water but dissolves readily in acids. With a refractive index of 1.80 at 20C and strong paramagnetic behavior, it is highly effective in specialized technical uses. The materials high thermal stability and density add to its desirability in demanding settings.

Safe Handling and Storage Guidelines

To preserve quality, Gadolinium Oxide should be kept in a dry, cool place within a tightly sealed container. This prevents moisture absorption and potential contamination. Proper storage ensures stability, especially given the compounds decomposition at its boiling point.

FAQs of Gadolinium Oxide:

Q: How should Gadolinium Oxide be handled and stored for optimal stability?

A: It is advised to store Gadolinium Oxide in a tightly sealed container kept in a dry and cool location. This reduces the risk of moisture absorption, contamination, and degradation, thereby maintaining its chemical integrity and purity over time.

Q: What are the primary uses of Gadolinium Oxide in commercial and industrial sectors?

A: Gadolinium Oxide is widely used in the manufacture of ceramics, specialty glass, and phosphors, as well as in electronic components and as a neutron absorber in nuclear applications. Its unique properties make it indispensable for these advanced technological processes.

Q: When is it suitable to opt for nano-sized versus micron-sized Gadolinium Oxide particles?

A: Nano-sized particles are typically chosen when enhanced surface area or reactive properties are required, such as in electronics and catalysts. Micron-sized particles are more common in bulk materials like ceramics and glass, where structural properties are prioritized.

Q: Where can Gadolinium Oxide be sourced in India?

A: Gadolinium Oxide is available through various channels in India, including dealers, exporters, manufacturers, retailers, suppliers, and traders specializing in high-purity rare earth compounds.

Q: What is the general process of using Gadolinium Oxide in glass or ceramic production?

A: The oxide is blended with raw glass or ceramic materials and subjected to high-temperature processing. Its inclusion improves thermal stability, mechanical strength, and certain optical properties of the final products.

Q: What benefits does Gadolinium Oxide offer as a neutron absorber?

A: Its strong neutron absorption capability makes Gadolinium Oxide essential for enhancing the safety and efficiency of nuclear reactors by controlling neutron flux within the reactor core.

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