Anaerobic Jar LAJ-T2013

Introduction

Anaerobic Jar a 6L capacity and is engineered to maintain optimal anaerobic conditions. It features a robust design that resists physical impacts and temperature changes, ideal for long-term storage or transport. The smooth surface ensures easy cleaning and minimizes contamination. Its airtight seal keeps oxygen out, maintaining the controlled environment. Our jar supports microorganism growth in research, clinical, and lab settings, providing a controlled environment for culture development.

This lab products 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 Anaerobic Jar is used for growing anaerobic microorganisms in microbiological research, clinical settings, and laboratory testing, providing a controlled environment for culture development and studies involving oxygen-sensitive organisms.

Specifications

Type	Culture Jar
Capacity	6L
Material
Contents	1 stack of 12 dishes or 4 300 ml conical flask
Dish Size	Ф=180, h=240
Dimensions	370mm × 370mm × 320mm
Net Weight	4 kgs
Gross Weight	6 kgs

Features

High-strength polyester body

Stackable Dish Support

Airtight lid sealing

Transparent Viewing Chamber

Lightweight and Portable Design

FAQs

1. How does the Anaerobic Jar maintain anaerobic conditions?

The jar features an airtight sealing system that prevents oxygen from entering, ensuring a controlled environment ideal for anaerobic microorganism growth. This system helps maintain a stable, oxygen-free atmosphere inside. The jar is designed to keep external contaminants and oxygen exposure at bay, allowing for reliable and consistent growth conditions. It is essential for research involving oxygen-sensitive organisms, ensuring that the environment remains stable throughout the culture development process.

2. What is the material of the Anaerobic Jar?

The Anaerobic Jar is constructed from durable materials designed to resist physical impacts and temperature changes, making it suitable for long-term storage and transport. The robust design ensures longevity even in demanding environments. Its high-quality construction allows for repeated use without compromising performance. Additionally, the materials used in the jar are easy to clean, minimizing contamination risks during use in microbiological research and clinical settings.

3. Can the Anaerobic Jar be used for both research and clinical purposes?

Yes, the Anaerobic Jar is ideal for microbiological research, clinical settings, and laboratory testing, providing a stable environment for anaerobic culture development. It supports studies involving oxygen-sensitive microorganisms and ensures reliable results in both research and clinical environments. The jar's airtight seal and robust design make it suitable for repeated use in different settings, offering a versatile solution for growing anaerobic microorganisms. Whether used in research labs or clinical diagnostics, it ensures precise and controlled conditions.

4. What is an anaerobic jar?

An anaerobic jar is a specialized container used in laboratories to create an oxygen-free environment for culturing anaerobic bacteria. It typically consists of a sealed jar with a catalyst that removes oxygen by catalysing its reaction with hydrogen to form water. Additionally, our anaerobic jar has a gas-generating sachet containing a mixture of chemicals is often placed inside the jar to produce carbon-dioxide and hydrogen, further depleting oxygen levels.

5. What are the essential components for operating an anaerobic jar?

Essential components for the operation of an anaerobic jar include an air-tight jar, lid with a gas-tight seal, gas-generating sachet, a palladium catalyst, an indicator strip such as methylene blue to confirm the absence of oxygen.

6. How long does it typically take to create an aerobic environment?

The time needed to create an anaerobic environment in an anaerobic jar depends on the type of gas-generating system used. Generally, it takes about 30 minutes to a few hours to completely remove oxygen and create the anaerobic conditions. This can be verified by checking the indicator strip inside the jar.

7. What maintenance do anaerobic jars require?

Maintenance of anaerobic jar includes inspecting and replacing gaskets regularly, cleaning the jar and lid after each use, verifying the palladium catalyst, and storing jars in a cool, dry locations for optimal performance and durability.

8. What safety measures should be taken when using anaerobic jars?

When using anaerobic jars, handle them carefully, seal them tightly after creating an oxygen-free environment, wear appropriate gloves and goggles, and follow proper gas handling procedures. Regularly inspect equipment, monitor gas levels, and train personnel in safety protocols to minimize risks.