About Glove Box System
Glove Box
Glovebox is designed to provide a hermetically sealed&highly customized working space under a very tightly controlled.Glovebox expansion features include additional antechambers for flow processes, cold storage freezers process vacuum, ovens and furnaces and full line of accessories.It can achieve and maintain less than 1ppm H2O and O2 when connected to our gas purification system.Exceptional Containment and PurityThis glove box system delivers airtight handling of sensitive substances with butyl rubber or neoprene gloves and a double silicone-gasket door. The integrated regenerable catalyst ensures O2 and H2O levels below 1 ppm, promoting unparalleled sample integrity during critical procedures. Both containment and leak detection functions meet stringent safety standards.
Flexible Controlled AtmosphereSupport for inert gases like nitrogen, argon, and helium allows precise control of gas composition and humidity from 1-99% RH. Adjustable temperature (room temp. to 60C) and variable test speeds make it ideal for a wide range of laboratory tasks that require strictly regulated environments.
Advanced User Interface and MonitoringOperators benefit from a digital LCD touchscreen with PLC controls for intuitive operation. Rapid sensor response times, over-pressure and leak alarms, plus automatic purge functions provide reliable monitoring and minimization of contamination risks.
FAQ's of Glove Box System:
Q: How does the glove box system maintain a controlled atmosphere for sensitive experiments?
A: The system utilizes a regenerable catalyst that efficiently removes oxygen and moisture, coupled with an airtight chamber and double silicone gasket seals. Inert gases (N2, Ar, He) are continuously monitored, and internal sensors maintain O2 and H2O levels below 1 ppm, ensuring an exceptionally stable environment for specimen handling.
Q: What is the process for verifying glove integrity and leak detection in the chamber?
A: Glove integrity and chamber leaks are tested by using the integrated sensors, which provide rapid feedback and alarms if leaks or pressure deviations occur. The system can automatically purge and adjust conditions, allowing the operator to maintain safety and performance throughout testing.
Q: When should the purification system be regenerated and how is it done?
A: Regeneration of the catalyst should be performed when sensor readings for O2 or H2O approach 1 ppm or after extended use. The system is equipped for automatic purge and regeneration, following prompts on the touch screen PLC interface to ensure thorough restoration without manual intervention.
Q: Where is this glove box system best utilized within laboratory and pharmaceutical environments?
A: This model is ideal for applications demanding strict atmospheric control, such as handling sensitive chemicals, pharmaceuticals, or electronics. Its robust structure and precise monitoring tools support settings ranging from research facilities to quality control labs.
Q: How are operating parameters such as humidity, temperature, and test speed adjusted?
A: Operators can adjust humidity (1-99% RH), temperature (room temperature to 60C), and test speed (0-10 mm/s) directly via the digital LCD touchscreen. The PLC control system ensures accurate, real-time adjustments to optimize testing conditions or specimen handling.
Q: What are the benefits of the dual-layer glove material (butyl rubber or neoprene)?
A: Both materials offer outstanding chemical resistance and flexibility. Butyl rubber excels at blocking gases and moisture, while neoprene provides added strength against solvents and wear, allowing users to tailor glove selection based on their specific process requirements.