Single Station Super Purification Vacuum Glove Box System for Ultra Pure Inert Atmosphere Research

Product Overview

This single station super purification vacuum glove box is engineered to deliver an ultra-clean, controlled inert atmosphere for handling highly sensitive materials. Operating under closed-loop gas circulation with integrated catalytic deoxygenation and molecular sieve moisture removal, the system reliably sustains ambient conditions with less than 1 ppm of oxygen (O2) and less than 1 ppm of moisture (H2O). It provides researchers and industrial engineers with an uncompromised barrier against atmospheric contamination during critical synthesis, handling, and assembly operations.

Designed specifically for universities, advanced research institutes, and modern battery pilot lines, the equipment supports specialized work in solid-state electrolytes, lithium-ion battery assembly, organometallic synthesis, perovskite solar cell fabrication, and high-purity chemical processing. The robust 304 stainless steel containment paired with dual antechambers allows seamless material transfer without perturbing the primary chamber equilibrium.

Built for continuous operation and rigorous process control, this system integrates an industrial-grade Siemens PLC automation platform with an intuitive touchscreen interface. Automatic regeneration protocols, continuous pressure balancing, integrated gas purification loops, and optional IoT smart connectivity ensure operational reliability, low maintenance overhead, and comprehensive traceability across demanding research cycles.

Key Features

• Ultra-Pure Atmosphere Maintenance: Advanced single-column purification architecture containing 5 kg of high-efficiency copper catalyst and 5 kg of molecular sieve achieves and sustains moisture and oxygen concentrations below 1 ppm, ensuring zero degradation of air-sensitive substrates.
• Industrial Siemens PLC Automation: A high-resolution touchscreen PLC system governs all routine operations, offering automated pressure compensation (freely configurable within ±15 mbar with ±16 mbar overpressure safety trip), comprehensive self-diagnostics, auto-restart upon power recovery, and secure multi-level password protection.
• Integrated Closed-Loop Gas Circulation: The internal high-performance blower circulates working gas (Nitrogen, Argon, or Helium) at 90 m³/h (upgradeable to 145 m³/h or 180 m³/h), ensuring rapid atmosphere homogenization and uniform contaminant removal across the entire internal volume.
• Automated Catalyst Regeneration: Fully automated PLC-driven thermal regeneration routines utilize an external forming gas mixture (90-95% inert gas / 5-10% H2) to restore the copper catalyst and desorb water from molecular sieves without requiring hardware disassembly.
• Dual-Chamber Material Transfer Architecture: Includes a large automated cylindrical antechamber (Ø360 mm x 600 mm) with a smooth sliding tray and vertical-lift aluminum doors, alongside a manual small antechamber (Ø150 mm x 300 mm) for rapid tool and vial transfers without unnecessary cycle times.
• Heavy-Duty Stainless Steel Construction: The main containment body is fabricated from 3 mm thick 304 stainless steel with an interior oil-film brushed finish for chemical resistance and effortless decontamination, complemented by an 8 mm tempered safety glass front viewing window.
• Ergonomic Hands-Free Pressure Adjustment: Dual-directional integrated foot pedals allow operators to adjust chamber pressure upward or downward during delicate glove operations without removing hands from the workspace or breaking focus.
• Optional IoT Smart Management Platform: Cloud-enabled monitoring system provides remote centralized management, real-time data reporting, automated alarm notifications, historical parameter querying, remote diagnostics, and online service ticketing directly from mobile devices.
• High-Precision Gas Analytical Instrumentation: Factory-calibrated electrochemical oxygen analyzer (0–1000 ppm) and ceramic dew point moisture transmitter (0–500 ppm) provide continuous, real-time feedback on chamber atmosphere purity.
• High-Capacity Rotary Vane Vacuum System: Standard 8 m³/h or 12 m³/h (optional 16 m³/h) oil-sealed rotary vane vacuum pump equipped with an integrated exhaust oil mist filter and gas ballast control ensures efficient chamber evacuation and smooth antechamber pump-down cycles.

Applications

Technical Specifications

Why Choose This Product

• Uncompromising Atmosphere Purity: Engineered with high-grade copper catalyst and molecular sieve beds, this equipment reliably sustains sub-1 ppm moisture and oxygen levels, ensuring total sample protection for the most demanding electrochemical and organometallic processes.
• Precision Industrial Automation: Equipped with a dedicated Siemens PLC control architecture, the unit automates critical routines such as catalyst regeneration, pressure balancing, and routine purging, eliminating operator error and maintaining consistent chamber stability.
• Superior Build Quality and Durability: Constructed from heavy-gauge 3.0 mm 304 stainless steel with precision oil-film brushed interiors, high-integrity DN40KF vacuum flanges, and robust electro-pneumatic valves, this system is built to provide decades of leak-free service under continuous laboratory use.
• Flexible Modularity and Customization: With optional high-flow circulation blowers (up to 180 m³/h), expanded antechamber sizes, chemical solvent trap integrations, and smart IoT remote management, the platform adapts seamlessly to diverse research protocols and facility layouts.
• Comprehensive Process Safety and Support: Built-in overpressure protection, automated self-diagnostics, power-recovery memory, and full-spectrum technical support ensure zero disruption to long-term experiments.

Contact our technical sales team today to request a tailored quote, discuss custom feedthrough configurations, or explore our full line of inert atmosphere solutions.

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