GBT-30A Transparent Laboratory Glove Boxes Gas Management Systems Inert PMMA 30mm Thickness

China Tencan 30mm Thickness Laboratory Transparent Glove Box Water and Oxygen Removal

Overview

The acrylic glove box, which belongs to the category of organic glass glove boxes and is alternatively referred to as the Inert Gas Operation Box, plays a crucial role in scientific experimentation. During the course of scientific research, certain substances are highly susceptible to oxidation and humidification. This vulnerability can render the reaction of test materials and samples extremely challenging, ultimately impeding the experimental process and skewing the test results. However, the acrylic glove box offers an effective solution to these predicaments. It enables the safe input and output of tested samples, allowing researchers to operate freely within its confines. By creating anhydrous and anaerobic conditions, it facilitates reactions and testing, thereby ensuring the smooth progression of scientific experiments and the reliability of results. This glove box acts as a safeguard, shielding sensitive substances from unwanted environmental interference and providing a controlled environment essential for accurate scientific exploration.

Applications

The acrylic glove box has found extensive applications across a multitude of fields. In biochemistry, it provides a sterile and controlled environment crucial for delicate enzymatic reactions and protein studies. In metallurgy, it safeguards reactive metal samples from oxidation during processing and analysis. For the electronics industry, it prevents moisture and oxygen from corrupting sensitive components and circuitry, ensuring the integrity of electronic materials and magnetic materials. In chemical research, it allows for the handling of volatile and reactive chemicals under anhydrous and anaerobic conditions. Geologists and mineralogists utilize it to study rare minerals and prevent their degradation. In medicine, it aids in the preparation of sterile pharmaceuticals and the handling of biohazardous samples. In the food industry, it is used for vacuum packaging to extend shelf life and maintain freshness. In the realm of battery equipment and battery materials, it ensures the purity and stability of electrode components, preventing unwanted reactions that could degrade battery performance. Even in biological cultivation, it creates an optimal microclimate for cell growth and microorganism studies. Its versatility makes it an indispensable tool in these diverse industries.

Features

1. Simple structure, convenient operation;

2. Under normal conditions, it has features of stable shape, highly transparent, chemical resistance and climate change resistance;

3. It box is equipped with porous electric socket, which is convenient for scientific test;

4.This equipment features outstanding sealing performance. It is capable of effectively shielding and absorbing Alpha (α) rays as well as low energy beta (β) rays that are emitted by radioactive materials. By doing so, it provides crucial protection to human body tissues, preventing them from being damaged by radiation exposure. This makes it extremely beneficial for people to conduct a variety of closed isolation operations within the box. For instance, scientific research units can carry out experimental work involving low energy radioactive substances in a safe environment. It also facilitates sterile operations like microbial inoculation, and enables accurate chemical qualitative and quantitative analysis, all of which demand a contamination-free and radiation-protected space.

Inert PMMA Laboratory Glove Boxes

Transparent Laboratory Glove Boxes

30mm Thickness Laboratory Glove Boxes

GBT-30A Transparent Laboratory Glove Boxes Gas Management Systems Inert PMMA 30mm Thickness Images