| Working Gas | Nitrogen, argon (gas purity 99.999%) |
| H₂O and O₂ Index | Less than 1PPM |
| Circulating Capacity | Integrated fan flow rate of 90m³/h |
| Material | Stainless steel, 3mm thickness |
| Main Chamber Dimension (L×B×H) | 1500 × 760 × 900mm |
| Antechamber Dimension(D×L) | Large:377×600, Small:150×300 |
| Sight Window | Inclined, tempered glass, 8mm thickness |
| Number of Glove Port | 3 |
| Glove Port Material | Anodized aluminum oxide, O-ring sealed |
| Gloves | Butyl rubber, diameter 8-inch, length 32 inch |
| Leakage Rate | Less than 0.001 vol%/h |
| Pressure Control | PLC controlled, ±10 mbar adjustable, ±12 mbar protection |
| Filter | 0.3 microns, Qty 2 (gas inlet and outlet) |
| Shelving | 2 pieces |
| Purification Material | Copper catalyst: 5kg, Molecular sieve: 7kg |
| Purification Capacity | Deoxygenation: 60L, Dehydration: 2kg |
| Lighting | LED lighting |
| Regeneration Gas | Mixture of working gas and 5% hydrogen gas |
| Vacuum Pump | 8m³/h, manual or PLC start |
| Vacuum Degree | 5x10-2Pa |
| Vacuum Pressure Gauge | Mechanical dial, measures transition chamber vacuum |
| Main Valve | DN 40 KF, pneumatic vacuum flapper valve |
| Control Valve | Solenoid integrated valves |
| Control System | Siemens PLC touch screen, self-diagnosis, auto start, cycle & password protection |
| Display System | Displays status, pressure, records |
| Water Analyzer | Range 0 to 1000 ppm |
| Oxygen Analyzer | Range 0 to 1000 ppm, Accuracy ±0.1 ppm |
| Foot Switch | Controls gas replenishment/exhaust, pressure fine-tuning |
| Power Supply | 220V ± 10% 50Hz ± 10% |
| Total Dimension (L×B×H) | 2240 × 790 × 1860mm |
| Weight | 850kg |
Gas Purification Glove Box ADPGB-504 is used in labs for chemical, biotech, and material research applications. It maintains precise environmental control while providing clear observation.
1. What safety features are included in Gas Purification Glove Box ADPGB-504?
Safety features in Gas Purification Glove Box ADPGB-504 include O-ring sealed glove ports, PLC-controlled pressure regulation, a low leakage rate, durable tempered glass sight window, and a strong stainless-steel structure, ensuring operator protection and sample integrity during all operations.
2. Is Gas Purification Glove Box ADPGB-504 suitable for pharmaceutical use?
Yes, Gas Purification Glove Box ADPGB-504 is ideal for pharmaceutical applications as its ultra-low H?O and O? levels, contamination-free design, and precise environmental control, making it suitable for handling sensitive compounds and ensuring reliable experimental results.
3. What type of gloves are used in Gas Purification Glove Box ADPGB-504?
The Gas Purification Glove Box ADPGB-504 uses butyl rubber gloves, 8 inches in diameter and 32 inches long, which provide superior resistance to a wide range of chemicals. They ensure safe, comfortable, and reliable handling of hazardous or sensitive materials in controlled environments.
4. Is maintenance complicated for Gas Purification Glove Box ADPGB-504?
Maintenance is simple due to Gas Purification Glove Box ADPGB-504’s stainless steel construction, smooth easy-to-clean surfaces, and automated vacuum and pressure controls. These features reduce manual intervention, increase convenience, and ensure long-term reliable and stable laboratory operation.
5. What regeneration gas is used in Gas Purification Glove Box ADPGB-504?
The Gas Purification Glove Box ADPGB-504 uses a regeneration gas composed of its working gas mixed with 5% hydrogen. This mixture ensures safe and efficient system regeneration while maintaining optimal performance and reliable operation.
6. What is a Gas Purification Glove Box used for?
A Gas Purification Glove Box provides a fully enclosed, controlled, and inert environment for handling sensitive, reactive, or hazardous materials, protecting both the user and the samples. They are widely used in laboratories, research, and industrial processes requiring precise conditions.
7. How does the gas purification system in Gas Purification Glove Box work?
The gas purification system in Gas Purification Glove Box continuously removes oxygen and moisture from the chamber, maintaining a stable, ultra-pure inert atmosphere. This ensures sensitive materials are protected from contamination, enabling safe and accurate manipulation for experiments, research, or industrial applications.
8. How are materials safely handled inside the Gas Purification Glove Box?
Gas Purification Glove Box have user-friendly glove ports that let you handle materials safely and precisely without exposing them to air. The enclosed, controlled environment prevents contamination of sensitive or reactive substances, ensuring both user safety and sample integrity during experiments or processes.
| Working Gas | Nitrogen, argon (gas purity 99.999%) |
| H₂O and O₂ Index | Less than 1PPM |
| Circulating Capacity | Integrated fan flow rate of 90m³/h |
| Working Gas | Nitrogen, argon (gas purity 99.999%) |
| H₂O and O₂ Index | Less than 1PPM |
| Circulating Capacity | Integrated fan flow rate of 90m³/h |
| Working Gas | Nitrogen, argon (gas purity 99.999%) |
| H₂O and O₂ Index | Less than 1PPM |
| Material | Stainless steel, 3mm thickness |
| Working Gas | Nitrogen, argon (gas purity 99.999%) |
| H₂O and O₂ Index | Less than 1PPM |
| Circulating Capacity | Integrated fan flow rate of 90m³/h |
| Main Chamber Dimension (L×B×H): | 1200 × 800 × 700 mm |
| Antechamber Dimension(L×B×H): | 260 × 260 × 260mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 900 × 600 × 700mm |
| Material Thickness: | 6 mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 700 × 450 × 550 mm |
| Material Thickness: | 6 mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 700 × 450 × 550 mm |
| Antechamber Dimension(L×B×H): | 260 × 260 × 260mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 800 × 550 × 600 mm |
| Antechamber Dimension (L×B×H): | 260 × 260 × 260mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 900 × 500 × 500mm |
| Material Thickness: | 6mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 800 × 550 × 600mm |
| Material Thickness: | 6mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 1000 × 750 × 700 mm |
| Antechamber Dimension(L×B×H): | 260 × 260 × 260mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 900 × 600 × 700 mm |
| Antechamber Dimension(L×B×H): | 260 × 260 × 260mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 300 × 400 × 500mm |
| Material Thickness: | 6 mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 900 × 500 × 500 mm |
| Antechamber Dimension(L×B×H): | 260 × 260 × 260mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 1000 × 750 × 700mm |
| Material Thickness: | 6 mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 1200 × 800 × 700mm |
| Material Thickness: | 6 mm |
| H₂O and O₂ Content: | 200 to 300 PPM |
| Main Chamber Dimension (L×B×H): | 600 × 450 × 450mm |
| Thickness : | 3mm |
| Vacuum Degree: | -0.1mpa |
| Main Chamber Dimension (L×B×H): | 1120 × 750 × 900mm |
| Thickness : | 3mm |
| Vacuum Degree: | -0.1mpa |
| Main Chamber Dimension (L×B×H): | 800 × 650 × 680mm |
| Thickness : | 3mm |
| Vacuum Degree: | -0.1mpa |
| Main Chamber Dimension (L×B×H): | 600 × 450 × 450mm |
| Thickness : | 3mm |
| Vacuum Degree: | -0.1mpa |
| Main Chamber Dimension (L×B×H): | 1120 × 750 × 900mm |
| Thickness : | 3mm |
| Vacuum Degree: | -0.1mpa |
| Main Chamber Dimension (L×B×H): | 800 × 650 × 680mm |
| Thickness : | 3mm |
| Vacuum Degree: | -0.1mpa |
| Material: | Stainless steel |
| Air Lock Size: | 200 mm dia. x 260 mm length |
| Main Chamber Size: | 550 mm (W) x 440 mm (D) x 410 mm (H) |