Prouducts

The WAGB-3A acrylic glove box is a cost-effective sealed workspace designed for handling moisture-sensitive, oxygen-sensitive, or reactive materials under a controlled inert atmosphere. By purging with inert gas (e.g., nitrogen or argon) through dual gas ports, the chamber maintains a clean, low-moisture, and low-oxygen environment — ideal for applications where stainless steel glove boxes are unnecessary or cost-prohibitive.

Constructed from 6 mm thick transparent PMMA (acrylic), the main chamber offers full visibility during operation with a spacious 800550600 mm work area. The WAGB-3A is a simplified, no-antechamber model engineered for straightforward benchtop use in universities, research institutes, and quality control labs. Two built-in ball valves (SUS304, Φ8 mm) allow controlled gas inlet/outlet, while a standard 140 mm glove port accommodates the included 600 mm rubber gloves. An internal power socket provides convenient electrical access for instruments placed inside the chamber.

Product Features

Transparent PMMA Construction: 6 mm thick high-clarity acrylic panels provide excellent visibility of all operations inside the chamber, with no blind spots.

Inert Gas Atmosphere Control: Dual SUS304 ball valves (Φ8 mm) enable precise purging with nitrogen or argon to create a low-moisture, low-oxygen workspace.

Stable Pressure Management: Main chamber rated at ±1000 Pa, maintaining a stable controlled environment during operation without requiring a vacuum pump.

Spacious Benchtop Chamber: Internal dimensions of 800550600 mm (WDH) accommodate multiple instruments and sample containers simultaneously.

Comfortable Glove Access: One pair of 600 mm long rubber gloves with 140 mm glove ports allows natural arm movement and extended working sessions without fatigue.

Integrated Power Socket: A built-in 1-port power outlet inside the chamber powers balances, hot plates, stirrers, or other small instruments directly within the controlled atmosphere.

Manual Side Door: A 300300 mm (HD) manually operated access door enables easy loading and unloading of equipment and samples.

Simplified No-Antechamber Design: Eliminates the cost and complexity of a vacuum antechamber — ideal for applications where rapid sample transfer is not critical.

Low Maintenance: Unlike stainless steel systems, the acrylic body requires no anti-rust treatment and is easy to clean with standard lab detergents.

Broad Application Range: Suitable for battery research, organic synthesis, pharmaceutical formulation, electronics prototyping, and any workflow involving air-sensitive or moisture-sensitive materials.

Applications

Battery research and lithium-ion cell assembly

Handling of air-sensitive chemical reagents

Organic synthesis under inert atmosphere

Pharmaceutical R&D and small-scale formulation

Moisture-sensitive sample preparation

Electronics and semiconductor prototyping

Technical parameters