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Technical parameters
Plexiglas glove box model
Glove box number description| Product model | Box size (mm) | Material | Cabinet thickness (mm) | Transition room dimensions | Remark |
|---|---|---|---|---|---|
| GBT-10A | 700×450×500 |
Plexiglass or acrylic |
10 | none | Isolated and dust-proof, no vacuuming |
| GBT-15A | 15 | 240×240×240 | Micro vacuum can be equipped with water and oxygen removal purification system | ||
| GBT-30A | 30 | Vacuum to -0.1MPA, replace oxygen and water | |||
| GBT-10B | 1000×500×500 |
Plexiglass or acrylic |
10 | none | Isolated and dust-proof, no vacuuming |
| GBT-15B | 15 | 240×240×240 | Micro vacuum can be equipped with water and oxygen removal purification system | ||
| GBT-30B | 30 | Vacuum to -0.1MPA, replace oxygen and water | |||
| GBT-10C | 1200×600×600 |
Plexiglass or acrylic |
10 | none | Isolated and dust-proof, no vacuuming |
| GBT-15C | 15 | 240×240×240 | Micro vacuum can be equipped with water and oxygen removal purification system | ||
| GBT-30C | 35 | Vacuum to -0.1MPA, replace oxygen and water | |||
| GBT-10D | 1200×800×700 |
Plexiglass or acrylic |
10 | none | Isolated and dust-proof, no vacuuming |
| GBT-15D | 15 | 240×240×240 | Micro vacuum can be equipped with water and oxygen removal purification system | ||
| GBT-30D | 35 | Vacuum to -0.1MPA, replace oxygen and water |
Special customization
During scientific experiments, some substances are easily oxidized and deliquesced in the atmosphere, which makes the chemical reaction of the test substance and the pre-processing of the sample very difficult, affecting the test process and test results. The plexiglass vacuum glove box (also known as the vacuum inert gas operating box) effectively solves these problems. This device allows the test samples to be safely put in and taken out, and can be operated, reacted and tested freely in an oxygen-free and water-free state, ensuring the normal conduct of scientific experiments.
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FAQ
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What is an Acrylic Glove Box? A Transparent Enclosure for Controlled Atmosphere Laboratory Operations
An acrylic glove box is a transparent, sealed enclosure used to create a controlled environment for handling air-sensitive materials in laboratories. This article explains its core function, working principle, types, key specifications, and selection tips for researchers and procurement professionals.
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What is an Acrylic Glove Box? A Transparent Enclosure for Creating an Inert Gas Environment
An acrylic glove box is a transparent, bench-top enclosure that provides a controlled inert gas atmosphere for handling air-sensitive materials. Made from high-clarity PMMA, it allows operators to work with toxic, moisture-sensitive, or oxygen-sensitive substances through sealed gloves while maintaining vacuum or gas purge conditions. Ideal for laboratories in chemistry, materials science, and pharmaceuticals.
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What is a Stainless Steel Vacuum Glove Box? A Controlled Environment Chamber for Air-Sensitive Material Processing
Learn what a stainless steel vacuum glove box is, how it works, its key features, and how to choose the right one for your lab. This guide covers applications, performance indicators, and selection tips for this essential inert atmosphere workstation.
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What is a Stainless Steel Vacuum Glove Box? A Sealed Enclosure for Moisture and Oxygen-Sensitive Materials Processing
A stainless steel vacuum glove box is a high-integrity sealed enclosure used to handle air-sensitive materials under ultra-low moisture and oxygen environments. It combines a robust stainless steel chamber, vacuum antechamber, and optional purification system to achieve H₂O and O₂ levels below 1 ppm. Ideal for lithium battery R&D, OLED fabrication, semiconductor processing, and advanced material synthesis, this glove box provides a reliable inert atmosphere for critical laboratory and small-scale production operations.
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