ABN-GLO-002 Stainless Steel Glove Box (English Version)
1. Product Overview
The ABONA ABN-GLO-002 stainless steel glove box is specialized equipment designed to deliver a high-purity, low-oxygen and low-moisture environment for scientific research experiments. By repeated vacuum evacuation and inert gas purging, the unit maintains an oxygen-free and moisture-free inner chamber, making it an ideal experimental platform for air-sensitive applications such as battery materials, semiconductors, OLED and organic synthesis.
Fabricated from 3 mm-thick SUS 304 stainless steel, the cabinet features inner brushed finish and outer coated surface to balance excellent corrosion resistance and elegant appearance. It is fitted with high-seal butyl gloves, transparent viewing windows, built-in power sockets and UV LED lighting to accommodate diverse experimental operations.
2. Product Features
High-purity inert gas atmosphereEquipped with an integrated high-efficiency purification system to stabilize internal oxygen and moisture concentrations at ppm or even ppb levels.
Robust airtight constructionFull-welded or high-seal cabinet design paired with ageing-resistant sealing gaskets guarantees long-term gas tightness during continuous operation.
High-efficiency circulating purification systemA circulating blower forces chamber gas to continuously flow through purification columns for deep deoxidation and dehydration.
Flexible gas managementCompatible with nitrogen or argon; integrated functions of automatic gas replenishment, constant pressure regulation and safety exhaust.
User-friendly HMI panelReal-time display of oxygen concentration, moisture level, chamber pressure and overall system operating status.
Dual-size antechambersLarge and small transitional antechambers enable contamination-free transfer of samples and tools into/out of the inert chamber.
Comprehensive safety protectionBuilt-in alarms for overpressure, underpressure and system faults, alongside an emergency pressure relief mechanism.
Strong expandabilityReserved interfaces for optional integration of hot plates, spin-coating modules, vacuum ports and customized testing systems.
3. Application Fields
2D & air-sensitive material processingTransfer and encapsulation of graphene, transition metal chalcogenides and other vulnerable functional materials.
Lithium battery & solid electrolyte researchAssembly of lithium metal, electrolyte, electrode sheets and prototype battery cells.
Semiconductor & micro-nano fabricationPre-treatment, packaging and oxygen-free testing of microelectronic devices.
Chemistry & catalysis experimentsSynthesis and chemical reactions requiring strictly anhydrous and anoxic conditions.
Powder & advanced material preparationHandling of highly reactive powders and specialty functional materials.
Academic research & teachingStandard inert-atmosphere experimental equipment for universities and research institutes.
IV. Technical Specifications
Chamber Material: SUS304 stainless steel with 3 mm thickness, brushed inner surface and white sprayed outer surface.
Working Chamber Dimension: 1120(W) × 740(D) × 900(H) mm
Side Door Dimension: 350(W) × 450(D) mm
Ultimate Vacuum: -0.1 MPa
Gloves: Industrial-grade corrosion-resistant latex gloves fastened with sealing rings.
Ball Valves: Gas inlet and outlet ball valves constructed from SUS304 stainless steel.
Viewing Window: 10 mm thick tempered glass featuring wide viewing range with no blind spots.
Power Supply: Multi-hole sockets installed inside the chamber to supply power for built-in experimental equipment.
ABN-GLO General Technical Parameters of the Series
power supply
Project | Technical indicators |
Oxygen content | ≤ 1 ppm |
Water content | ≤ 1 ppm |
Working gas | Nitrogen / Argon (Purity ≥ 99.999%） |
Box pressure control | ±15 mbar（Relative pressure） |
Gas circulation mode | Closed-loop Purification |
Control system | PLC Control + Touch Human-Machine Interface |
Monitoring parameters | O₂ / H₂O / Cabinet pressure |
Operating temperature | 20–25 ℃ |
AC 220 V / 50 Hz |
|
Safety protection | Overpressure, undervoltage, abnormal alarm and emergency pressure relief |
ABN-GLO-001 / ABN-GLO-002 Key Configuration Comparison
ProjectLong-term operational capability
ABN-GLO-001（Standard type） | ABN-GLO-002（Enhanced type） |
|
Box material | Steel cabinet | SUS304 Integral welding of stainless steel |
Structure level | Research-grade | 工业级 |
Vacuum retention capability | ±15 mbar | ≤ -0.1 MPa |
Sealing method | Seal Structure for Scientific Research Grade | Industrial-grade high-sealing structure |
Typical Applications | Scientific Research / Teaching Experiments | Semiconductor / OLED / Industrial R&D |
Conventional | Enhanced design for long-term continuous operation |
|
Extended Interface | Standard scientific research interface | Industrial interfaces with system-level expandability support |
V. Typical Configurations and Application Cases
Case No. | Application directions | Typical configuration | Main operation content | Application Description |
Case 1 | Fabrication of Two-Dimensional Material Devices | Single/double-station glove box, inert gas circulation purification system, transfer chamber, gas monitoring system | Transfer, stacking, packaging and device fabrication of two-dimensional materials | Realize the stable transfer and device fabrication of air-sensitive two-dimensional materials under oxygen-free and water-free environments |
Case 2 | Research on Lithium Batteries | Double-station glove box, inert gas purification system, battery assembly tools, antechamber | Lithium Battery Electrode Treatment, Battery Assembly and Preliminary Testing | Prevent lithium metal and electrolyte from contacting air to ensure the safety and consistency of experiments |
Case 3 | Chemistry and Catalysis Experiments | Single-station glove box, inert gas circulation system, reaction vessel interface | Chemical Reactions and Catalysis Experiments under Anhydrous and Oxygen-Free Conditions | Provide a stable and controllable inert gas environment for high-activity chemical reactions |
Note: The above configuration can be customized and adjusted according to users' experimental requirements.
Appearance drawing
