Three common classifications of glove boxes


Three common classifications of glove boxes

According to the use of the glove box is divided into three categories:

1. Inert gas glove operation box;

2. Isolate the glove box;

3. Anaerobic glove box.

1. inert gas glove operating box according to the establishment of inert gas air mechanism can also be divided into three categories:

1. Vacuum glove box: the method of vacuum-filling inert gas is selected to establish inert gas air;

 2. Circular pollution glove box: A glove box with the function of circular deaeration, water removal and inorganic solvent removal. It is now an advanced inert gas glove operation box;

3. Gas washing glove box: the operation box adopts the method of sweeping the gas while introducing inert gas to drive the harmless gas in the box to the outside of the glove box. This process is commonly known as "gas washing", and then the water and oxygen content in the box is reduced from time to time;

The 2. isolation glove box is to isolate the damage of harmless substances to the human body and specific objects. According to the isolation method can be divided into two categories:

1, dust isolation glove box: general preliminary isolation of dust substances.

2, negative pressure isolation glove box: generally for harmless gas selection of negative pressure isolation.

3. anaerobic glove box, is used to cultivate anaerobic bacteria, and preliminary research of the glove box, more for food, drug anaerobic bacteria research.

Related News


Boosting Efficiency: Semi Automatic Powder Filling Machine in Action

Boosting Efficiency: Semi Automatic Powder Filling Machine in Action Table of Contents 1. Introduction to Semi Automatic Powder Filling Machines 2. What is a Semi Automatic Powder Filling Machine? 3. How Does a Semi Automatic Powder Filling Machine Work? 4. Benefits of Semi Automatic Powder Filling Machines 5. Applications of Semi Automatic Powder Filling Machines 6. Maint


Understanding Semi-Automatic Powder Filling Machines: A Comprehensive Overview

Semi-automatic powder filling machines are pivotal in the packaging sector, particularly for businesses handling powdered products such as spices, flour, chemicals, and pharmaceuticals. These machines bridge the gap between manual filling methods and fully automatic systems, offering businesses an optimal solution for efficiency and precision. One of the primary advantages of semi-automatic powder


The Evolution of Mixing Machinery: Horizontal Paddle Mixers at the Forefront

The Evolution of Mixing Machinery: Horizontal Paddle Mixers at the Forefront Table of Contents 1. Introduction to Mixing Machinery 2. A Brief History of Mixing Machinery 3. Technological Advancements in Mixing Machinery 4. Understanding Horizontal Paddle Mixers 5. Applications of Horizontal Paddle Mixers 6. Advantages of Horizontal Paddle Mixers 7. The Future of Mixing Machinery 8


The Essential Guide to Horizontal Paddle Mixers: Applications and Benefits

Horizontal paddle mixers are vital components in various manufacturing and processing operations, particularly within the realm of mixing machinery. Understanding the workings and benefits of these mixers can significantly enhance operational efficiency and product quality. A horizontal paddle mixer typically features a cylindrical mixing chamber equipped with paddles that rotate on a horizontal a


Exploring the Dynamic Capabilities of Industrial Ribbon Mixers: Revolutionizing Manufacturing Efficiency

Exploring the Dynamic Capabilities of Industrial Ribbon Mixers Table of Contents Introduction to Industrial Ribbon Mixers Understanding the Mechanics of Ribbon Mixers Advantages of Using Ribbon Mixers in Manufacturing Applications of Ribbon Mixers Across Industries Maintaining Your Ribbon Mixer for Longevity Future Trends in Ribbon Mixer Technology Case Studies: Ribbon Mixers in Act


Understanding Industrial Ribbon Mixers: Essential Tools for Effective Material Blending

Industrial ribbon mixers are vital pieces of equipment used in various manufacturing processes, particularly in the blending of powdered and granular materials. These mixers are characterized by their unique design, featuring a set of helical ribbons that move materials through the mixing chamber, ensuring a thorough and uniform blend. With increasing demands for consistency and quality in product