99.9999% Xenon Xe CAS 7440-63-3, for Semiconductors, Ion Propulsion, Laser Light Sources, and High-End Electronic Gas Applications

1. Product Overview

High-Purity Xenon (Xe) is an important rare gas characterized by high density, high atomic weight, excellent discharge performance, and chemical stability. It is widely used in semiconductor manufacturing, specialty light sources, laser technology, aerospace propulsion, and research applications.

Due to the scarcity of xenon resources and the difficulty of separation and purification, high-purity xenon is a high-value-added specialty gas product, primarily serving the electronics industry, optoelectronics sector, and high-end research markets.

According to the product inspection report provided by Changzhou Jiayuan Chemical Co., Ltd., the Xe purity of this batch of Xenon is ≥99.9999%, with test results meeting the contract standard, and the analysis conclusion is Qualified.

2. Specifications

Product Name: Xenon

English Name: Xenon

Abbreviation: Xe

CAS No.: 7440-63-3

Product Category: High-Purity Rare Gas / Electronic Gas

Purity: ≥99.9999%

Executive Standard: Contract Standard

Packaging: High-Pressure Cylinders

Filled Quantity: 14.830 Kg / 2.701 m³

3. Product Quality Specifications

According to the COA test data from Changzhou Jiayuan Chemical Co., Ltd.:

Xe: ≥99.9999%;

SF₆: <0.02 ppm (≤0.05 ppm);

H₂: <0.02 ppm (≤0.1 ppm);

O₂: 0.045 ppm (≤0.1 ppm);

Ar: <0.02 ppm (≤0.05 ppm);

N₂: 0.093 ppm (≤0.2 ppm);

Kr: <0.02 ppm (≤0.05 ppm);

CH₄: <0.02 ppm (≤0.05 ppm);

CO: <0.05 ppm (≤0.05 ppm);

CO₂: <0.02 ppm (≤0.05 ppm);

N₂O: <0.02 ppm (≤0.05 ppm);

C₂F₆: <0.05 ppm (≤0.05 ppm);

H₂O: 0.040 ppm (≤0.1 ppm).

Test Conclusion: Qualified.

4. Main Application Areas

① Semiconductor and Electronics Industry

High-purity xenon can be used in specialty electronic processes, ion sources, plasma-related equipment, and high-end manufacturing environments.

② Laser and Optoelectronics

Xenon is used in xenon lamps, flash lamps, high-intensity light sources, and certain laser systems.

③ Aerospace Ion Propulsion

With its high atomic mass and favorable ionization characteristics, xenon is an important propellant for electric propulsion systems.

④ Research Analysis

Used in high-end experimental equipment, physics research, and precision testing.

5. Product Characteristics and Advantages

① Ultra-High Purity Grade

Xenon purity reaches 99.9999%, meeting the requirements of high-end electronic and research applications.

② Extremely Low Impurity Control

Oxygen, nitrogen, hydrogen, moisture, and other rare gas impurities are controlled at ppm levels.

③ High-Value Rare Gas

Xenon resources are scarce, holding significant value in high-end optoelectronics and aerospace applications.

6. Distinctions from Related Products

Xenon vs. Krypton: Xenon is primarily used in high-intensity light sources, aerospace propulsion, and specialty electronic applications; krypton is mainly used in lasers and lighting.

Xenon vs. Neon: Neon is primarily used in lithography laser systems, while xenon is more widely used in light sources, propulsion, and high-end research.

Xenon vs. Argon: Argon has broad industrial applications, while xenon is primarily targeted at high-end specialty applications.

7. Russian Market Procurement Considerations

Customers typically focus on the following:

-Xe Purity Grade;

-O₂/N₂ Content;

-Kr, Ar, and Other Rare Gas Impurities;

-Moisture Content;

-Cylinder Cleanliness;

-Technical Documentation including COA, TDS, SDS.

The test results for this batch from Changzhou Jiayuan Chemical Co., Ltd. meet the contract standard requirements.

8. Packaging and Supply Advantages

According to the COA:

Tare Weight: 52.785 Kg, Gross Weight: 67.615 Kg, Net Filled Weight: 14.830 Kg, Filled Volume: 2.701 m³.

The product is supplied in high-pressure cylinders, suitable for high-purity rare gas customer procurement.

9. Frequently Asked Questions (FAQ)

Q: What are the main application areas of High-Purity Xenon?

A: It is mainly used in specialty light sources, semiconductors, aerospace ion propulsion, research analysis, and related fields.

Q: Why does xenon require 99.9999% high purity?

A: High-end electronic, optoelectronic, and research applications are highly sensitive to impurities. High-purity xenon ensures equipment performance and process stability.

Q: What documentation is typically required for Xenon procurement?

A: COA, TDS, SDS, cylinder specifications, and shipping documentation are typically required.