+86 13600040923        sales.lib@mikrouna.com
You are here: Home / Products / Gas Purifiers / Ultra High Purity Gas Purification System for Semiconductor and Chemical Processing

loading

Share to:
facebook sharing button
twitter sharing button
line sharing button
wechat sharing button
linkedin sharing button
pinterest sharing button
whatsapp sharing button
sharethis sharing button

Ultra High Purity Gas Purification System for Semiconductor and Chemical Processing

The gas purification device has the following functions:
  • The solvent can be dried and purified by removing moisture, oxygen and other operations
  • Low purity industrial solvents can be purified into high-purity industrial solvents
Availability:
Quantity:

Product Introduction

The Gas Purification system is designed for high-purity gas applications, ensuring the removal of impurities from various gases such as nitrogen, argon, and helium. This compact and ultra-high purity system can be operated manually or via PLC control, making it versatile for different industrial settings. It functions efficiently at 110V/50Hz or 220V/50Hz, ensuring reliable performance.


Product Advantage

This system offers multiple advantages, including:

  • High Purity: Effectively removes toxic and rare gases, ensuring the highest purity levels.

  • Compact Design: Space-efficient, making it suitable for various setups, including glove boxes.

  • Flexible Operation: Can be manually controlled or automated with PLC for seamless integration.

  • Regenerating Capability: Uses a regeneration gas mixture of working gas and hydrogen (5-10%) for continuous operation.


Models & Specifications


Type
Items
Mk100 Mk200 Mk300 Mk400 Mk500 Mk600
Purifier Single Double Singe Double Singe Double
Main pipe DN40 DN40 DN50 DN50 DN63 DN63
Clrcu ation capacity 90m3/h 90m3/h 145m3/h 145m3/h 180m3/h 180m3/h
Copper catalyst 5kg 2x5kg 9kg 2x9kg 12kg 2x12kg
Molecular sieve 5kg 2x5kg 9kg 2x9kg 12kg 2x12kg



Product Uses

  1. Semiconductor Manufacturing
    In semiconductor applications, the Gas Purification system ensures that inert gases like nitrogen and argon remain free from moisture and impurities, crucial for maintaining optimal conditions during production processes.

  2. Research Laboratories
    Ideal for research environments, this system provides ultra-high purity gases, enhancing experimental accuracy and reliability, especially when working with sensitive materials or processes.

  3. Chemical Processing
    In chemical manufacturing, the system effectively removes acid and toxic gases, ensuring safety and compliance with regulatory standards, while facilitating the use of gases like acetylene and chlorine.

  4. Food and Beverage Industry
    The Gas Purification system helps maintain the integrity of gases used in food packaging and processing, removing unwanted elements that could affect flavor or safety.


Product Operate Guide

To operate the Gas Purification system, follow these steps:

  1. Connect the system to your gas supply (nitrogen, argon, or helium).

  2. Select the desired control mode (manual or PLC).

  3. Ensure the regeneration gas is prepared with a hydrogen mixture (5-10%).

  4. Monitor the system via the control panel to adjust settings as necessary.

  5. Regularly check filters and replace them based on usage to maintain high purity.


FAQ

Q: What gases can be purified using this system?
A: The system is suitable for nitrogen, argon, helium, and other gases, including rare and toxic gases.

Q: Can I control the system remotely?
A: Yes, the system can be controlled manually or through a PLC for automated processes.

Q: What is the regeneration gas composed of?
A: The regeneration gas is a mixture of the working gas and hydrogen, typically at 5-10%.

Q: What are the available sizes for this system?
A: The Gas Purification system is available in multiple sizes to meet diverse operational needs.

Related News
15 / 04 / 2026
Multi-Scenario Optimization Solutions for Glove Box Gas Purification Systems

Glove box gas purification systems are not static. For different application scenarios, such as the lithium battery industry, OLED field, welding applications, 3D printing and other scenarios, corresponding optimization and customization are required to meet the special needs of various industries.

Read More
13 / 04 / 2026
Should Glove Boxes Be Operated Under Positive Pressure Or Negative Pressure in Daily Use?

In scientific research experiments and industrial production, as a sealed operating platform isolated from the external environment, the pressure setting of a glove box is a key factor in safeguarding experimental safety and production quality. The choice between positive pressure and negative pressure, seemingly simple, actually requires comprehensive consideration based on different application scenarios, operating objects, and safety requirements.

Read More
03 / 04 / 2026
How Dual-Column Glove Boxes Secure Safety on Solid-State Battery Pilot Lines?

During the critical transition of solid-state batteries from laboratory research to mass production, high-purity glove boxes are no longer merely simple operating platforms, but essential infrastructure ensuring material safety, process stability, and continuous production capacity.

Read More
10 / 04 / 2026
Impacts of Standardized Production on Glove Boxes

Impacts of Standardized Production on Glove BoxesStandardized production makes the manufacturing process of glove box components more efficient, reliable and controllable, thereby improving the overall quality and performance of glove box products.Improve Production EfficiencyBy unifying component s

Read More
09 / 04 / 2026
Glove Boxes for Perovskite Solar Cell Applications

Glove Boxes for Perovskite Solar Cell ApplicationsIn the fabrication process of perovskite solar cells, the light-sensitive active layer and functional interfaces are highly sensitive to moisture and oxygen in the ambient atmosphere. Minor environmental fluctuations may lead to material degradation,

Read More
03 / 04 / 2026
How Glove Boxes Ensure The Stability of Printed OLED Inks?

How Glove Boxes Ensure the Stability of Printed OLED Inks?As BOE, TCL Huaxing accelerate the layout of printed OLED production lines, solution-based fabrication technology is regarded as an important route for next-generation display manufacturing due to its advantages of high material utilization a

Read More
Get in Touch

Quick Links

Support

Product Category

Contact Us

  Add: No. 111 Tingyi Road, Tinglin Town, Jinshan District, Shanghai 201505,P.R.China
  Tel: +86 13600040923
  Email: sales.lib@mikrouna.com
Copyright © 2024 Mikrouna (Shanghai) Industrial Intelligent Technology Co., Ltd. All Rights Reserved. Sitemap