Acrylic Glove Box LAGB-T2012

Introduction

Acrylic Glove Box is a transparent box allowing complete visual, and the material is non-yellowing, making it long-lasting. It has an antechamber placed on the side to make highly sensitive material transfer easy during the experimental process. The glove box has a fast gas exchange system, which creates an inert environment and separates the gas inlet and outlet. Our glove box is used in organic synthesis, 3D printing of new material powders, and many other uses, and can also be customized according to the user. 

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 uses a gas exchange system to create an inert environment for working on sensitive materials. The acrylic material of the box is non-yellowing and durable, allowing a clear view at every angle. Our glove box is a versatile machine and is used for the special anaerobic and hydrophobic chemical treatment. 

Specifications

Main Chamber Dimensions	900 × 500 × 500 mm
Material Thickness	6 mm
Vacuum Degree	- 0.1Pa
Chamber Pressure	Up to 1000 PA
Antechamber Dimension	240 × 240 × 240 mm
Side Door Dimension	300 × 300 mm

Features

Antechamber

Acrylic material for durability

Desktop design

 Automatic pressure control

User-friendly operation 

FAQs

1. What are the 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 in the gas.

2. 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.

3. 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.

4. What is the typical wall thickness of these glove boxes?

The wall thickness of Acrylic Glove Boxes 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.

5. Can the Acrylic Glove Box be customized?

Yes, customization is a standard offering for Acrylic Glove Boxes. Manufacturers can adjust dimensions, wall thickness, and number of glove ports, internal shelves, electrical feed through, vacuum antechambers, and gas purging systems according to user specifications. Customization ensures the glove box aligns perfectly with specific experimental protocols, whether it’s accommodating larger devices inside the chamber or integrating specialized monitoring systems for advanced atmospheric control.