Stirring Rods: Know More About the Unknown

A stirring rod is the standard laboratory tool for mixing liquids and chemicals. Such rods are stouter than an ordinary straw. These have rounded ends and are composed of a superior type of laboratory glass known as borosilicate. Since the expansion point of such a type of glass is very low, thence it is least

Types of Glass Used in the Lab!

Even the tiniest laboratories have always contained glassware in the form of Petri dishes, vials, burettes, cylinders, and glass beakers among others. This is because of its distinct inert features, which allow chemical molecules to be placed in it. But not all glassware is created equal. Laboratory glass is made from various materials, including quartz,

A Complete Guide to Using Precision Balances!

The material’s intricacy will determine the kind of classroom scales required. In contrast to the typical classroom scales, analytical and precision balances measure substantially lighter masses. While it make measurements to the nearest 0.1-0.01g, an analytical balance does so to the nearest 0.0001g. Reasons Why Precision Balances Essential in the Classroom! For Practical Laboratory Experiments

Magnetic Stirrers: Its Challenges & Troubleshooting Steps

Magnetic stirrers are commonplace in many labs and helpful for various mixing and dispersion tasks. However, they need fixing, and using a magnetic stirrer often necessitates troubleshooting several problems. We examine potential issues you might see in this post, along with solutions. Common Challenges with Magnetic Stirrers The following are some of the primary problems

A Brief Introduction to Test Tubes

The most common piece of lab equipment in several labs is laboratory glassware. The test tube is one of many glassware types used in biological and chemical laboratories. A test tube is a long, cylindrical, hand-held container with a finger-like form used in various research. There are various types depending on the components and the

Desiccator Cabinets: Preserving the Integrity of Sensitive Materials

In laboratories and industries where the storage of moisture-sensitive materials is critical, desiccator cabinets play a vital role. These specialized cabinets provide a controlled environment that keeps humidity levels low, ensuring the integrity and longevity of delicate substances. In this article, we will explore the purpose, features, and benefits of these cabinets, highlighting their significance

A Guide to Industrial Dust Extraction System and Its Types

Effective dust extraction systems can increase worker productivity without harming their health while reducing airborne infections. Systems for extracting and filtering hazardous dust, gases, and particles from industrial and manufacturing facilities are known as industrial-scale extractor systems. They protect workers, equipment, and the environment from dangerous airborne contaminants and enhance air quality. Industrial dust extraction

Pipe Cleaners: Safety Issues & Tips

The following are a few potential safety concerns while using pipe cleaners at home: Eye Injuries: There is a potential that someone could unintentionally get their eye poked when using pipe cleaners to clean confined spaces. If possible, wear protective glasses when using them for cleaning. Skin Irritability: The wire of the pipe cleaner may

Upgrade Your Lab Equipment to Maximize Your Lab Efficiency with Multiple Position Stirrers

In you have been following the recent developments in laboratory equipment, you would know that multiple position stirrers have become an essential tool in various research and industrial laboratories. Multiple position stirrers are versatile devices designed to increase efficiency and productivity by providing simultaneous stirring of multiple samples. With their growing popularity and quick advancements,

All You Need to Know About Autoradiography!

An imaging method known as autoradiography uses radioactive sources present in the material that has been exposed. Methods for in vitro autoradiography involve isolating biological components like DNA, RNA, proteins, or lipids with the help of autoradiography accessories, then labeling them with the appropriate radioisotopes. In in vivo autoradiography, radioisotopes and radioactive tracers are combined,