Acrylic Glove Box LAGB-T2013

Introduction

Acrylic Glove Box is a machine that allows changing normal air into an inert environment for working on materials sensitive to air. It replaces oxygen and moisture with inert gases inside the chamber with a fast gas exchange system. The glove box has a desktop design, which makes it easy to maneuver. The manual pressure control also helps to adjust the pressure according to need. Our glove box is used nuclear industry membrane industry membrane industry.

This glove box is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Acrylic Glove Box  is built from acrylic material, which is clear along with a clear antechamber, also ideal for saving material transfer in scientific and electronic experiments. Our glove box is ideal for catalyst treatment, pharmaceutical synthesis, as well.

Specifications

Main Chamber Dimensions	900 × 600 × 700 mm
Material Thickness	10 mm
Vacuum Degree	-0.1 Pa
Chamber Pressure	Up to 1000 PA
Antechamber Dimension	240 × 240 × 240 mm
Side Door Dimension	400 × 400 mm

Features

Stainless steel valve

Transparent Design

Automatic pressure control

User-friendly operation 

FAQs

1. What is the typical wall thickness of the glove box?

The wall thickness of Acrylic Glove Box generally ranges from 6 mm to 10 mm, depending on the model and intended use. Thicker walls provide greater structural strength and better vacuum resistance. Laboratories dealing with higher pressure differentials or mechanical stress typically opt for thicker walls. Meanwhile, lighter, portable versions designed for standard inert gas environments can function effectively with a 6-10 mm wall thickness.

2. What type of gloves is used?

Acrylic Glove Boxs typically use gloves made of butyl rubber or neoprene. Butyl rubber gloves are favored for their excellent resistance to chemicals, gases, and moisture, ensuring that even highly sensitive procedures can be conducted without risk of contamination. The gloves are attached securely to ports on the front of the glove box, allowing for flexible and precise manipulation of objects inside without exposing the internal environment.

3. How is the internal atmosphere controlled?

The internal atmosphere of Glove Box is controlled by purging the chamber with an inert gas, such as nitrogen or argon, which displaces ambient air. Gas flow meters, valves, and optional sensors monitor and adjust the internal environment to maintain low oxygen and moisture levels. In more advanced models, automatic systems regulate pressure, humidity, and oxygen content continuously to maintain the desired environmental conditions for sensitive experiments.

4. Are there models with built-in sensors?

Yes, some Acrylic Glove Boxes are equipped with integrated sensors for real-time monitoring of oxygen and moisture levels. These sensors help ensure that the atmosphere inside the glove box remains stable and within the required parameters. High-end models may also feature alarms that alert users to deviations, and automated purging or regeneration systems that respond immediately to restore optimal conditions without manual intervention.

5. Is there a built-in sensor in the glove box?

Yes, Acrylic Glove Box is equipped with integrated sensors for real-time monitoring of oxygen and moisture levels. These sensors help ensure that the atmosphere inside the glove box alerts users to deviations, and an automated purging or regeneration system responds immediately to restore optimal conditions without manual intervention.

6. What are the limitations of Acrylic Glove Boxes compared to other materials?

Acrylic Glove Boxes are lightweight and offer clear visibility but have limitations, including susceptibility to scratches, lower chemical resistance, and potential damage from high temperatures. They are also not suitable for applications requiring vacuum conditions. For more demanding applications, materials like stainless steel may be more appropriate due to their durability and broader compatibility.