Acrylic Glove Box LAGB-T2010

Introduction

Acrylic Glove Box has a dimension of 300 × 400 × 500 mm and is constructed from a 6 mm-thick acrylic sheet for clear visibility. It offers clear visibility and is suitable for applications requiring inert atmospheres. The glove box has fast gas exchange and can handle vacuum pressure up to 1000 Pa. Our glove box is used in cases requiring inert atmospheres, such as battery research, biological studies, and material sciences.

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 and ideal for research and productions like scientific research experiments and electronic production. Our glove box is ideal for aerospace field as well testing assembly of spacecraft.

Specifications

Main Chamber Dimensions	300 × 400 × 500 mm
Material Thickness	6 mm
Vacuum Degree	Up to 1000 Pa

Features

Acrylic material for durability

Desktop design

Manual and automatic pressure control

User-friendly operation 

FAQs

1. What is the proper method for cleaning an Acrylic Glove Box?

To clean a Acrylic Glove Box, use lukewarm water and a clean, non-abrasive cloth. If needed, a mild, non-abrasive detergent can be applied. Avoid using alcohol or strong cleaning agents, as they can damage the acrylic material. After cleaning, dry the surface with a clean, dry cloth. For internal cleaning, ensure the surface is thoroughly dried before reintroducing moisture-sensitive materials, and consider purging the cabinet with nitrogen for several hours.

2. How do airlocks function in Acrylic Glove Boxes?

Airlocks, or transfer chambers, are designed to minimize nitrogen loss and prevent contamination when moving items in and out of the Acrylic Glove Box. They are typically mounted on the sides of the glove box and can be purged with inert gas to maintain the internal environment. Proper use of airlocks ensures that the glove box's atmosphere remains stable during transfers.

3. What are common issues with maintaining low humidity in Acrylic Glove Boxes?

Maintaining low humidity can be challenging due to factors like leaks, insufficient purging, or the use of moist nitrogen. To address this, ensure that the nitrogen used is dry, continuously purge the glove box during use, and verify that your hygrometer can accurately read low humidity levels. Additionally, sealing all junctions with appropriate materials can help prevent moisture ingress.

4. Are there chemical compatibility concerns with Acrylic Glove Boxes?

Yes, our Acrylic Glove Boxes are not suitable for use with certain chemicals, especially those containing ammonia or alcohol, as these substances can damage the acrylic material. For applications involving such chemicals, consider using glove boxes made from materials like stainless steel, which offer better chemical resistance.

5. 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.