This blog details essential safety practices for using a bomb calorimeter in a laboratory setting. We cover proper handling procedures, setup techniques, and routine maintenance to ensure accurate heat measurements while minimising risks. Learn how to avoid common hazards and operate this specialised equipment safely and effectively.
This guide explores a range of helpful tools, including specialised test jars, thermometers for temperature compensation, cleaning solutions for optimal accuracy, and calibration tools to ensure reliable measurements. By utilising these accessories, you can maximise the potential of your hydrometer and achieve more precise results in projects.
This blog details the critical role of glass stirrers in preventing cross-contamination in laboratory settings. We'll discuss the advantages of glass stirrers compared to other stirring methods, such as magnetic stirrers, and how they contribute to maintaining sample integrity and experimental accuracy.
This blog details how to detect contaminants such as lead, chlorine, and bacteria, and how to interpret the results using water testing kits. We'll also discuss the benefits of testing your water quality and provide tips for choosing the right kit for your needs.
This blog details the essential equipment required for a successful titration experiment. We'll discuss the function and importance of each piece of equipment, including burettes, pipettes, volumetric flasks, conical flasks, indicators, and analytical balances. You'll also learn about factors to consider when selecting high-quality laboratory glassware and other supplies to ensure accurate and reliable titration results.
This blog details various lab filtration techniques, from simple filter paper methods to more advanced techniques like vacuum and membrane filtration. We'll explain the principles behind each method, the necessary equipment, and their applications in different laboratory settings
This blog details step-by-step instructions on how to adjust a Bunsen burner to achieve the perfect flame for your laboratory experiments. We'll discuss the characteristics of different flame types, including the yellow, roaring, and ideal blue cone flames. You'll learn how to control the gas flow and air intake using the gas valve and air hole adjustments to achieve optimal combustion and maximise the efficiency of your experiments.
This blog explores the uses and benefits of gauze mats in a laboratory setting. We'll discuss how these essential tools protect delicate glassware from thermal shock and breakage, ensure even heat distribution during experiments, and improve overall laboratory safety.
