About Lab Beakers
Beakers arecylindrical utensils made up of borosilicate glass with a flat bottom and theupper opening having rim around it along with a spout The spout on their rimsaids in the proper pouring of solutions and they do not have any covering onthe top Most of the time watch glasses are used to cover their solutions Theyare of varying sizes and are used to hold heat or mix substances with theproper measure Although they come with graduated calibrations they are notmeant for precise calculations of solutions and as other apparatus come handyin this
High-Quality Borosilicate ConstructionManufactured from robust borosilicate glass, these beakers are resistant to both heat and chemical corrosion, ensuring longevity and facilitating reliable, precise experimental work. Their transparent nature allows for high clarity, enabling accurate visual monitoring during mixing, heating, or measuring liquids.
Precision and Versatility in Every ExperimentEach beaker comes with sharply graduated markings, accurate within 5% of the total volume, supporting tasks that require exact measurements. Their cylindrical shape and integrated pouring spout simplify transferring liquids, making them perfect for laboratory testing, mixing, or heating various substances.
FAQ's of Lab Beakers:
Q: How should I clean and sterilize these borosilicate glass beakers?
A: These beakers can be cleaned with standard laboratory detergents and rinsed with distilled water. For sterilization, they are autoclavable; simply place them in an autoclave following standard sterile procedures. Avoid exposing them to sudden, extreme temperature changes when washing.
Q: What types of chemicals are safe to use with these beakers?
A: The beakers are compatible with a wide spectrum of chemicals, including acids, alkalis, and most laboratory solvents, owing to their chemical-resistant borosilicate glass composition.
Q: When is it appropriate to use these beakers for heating substances?
A: You can safely heat substances in these beakers within a temperature range of -40C to 400C. Their high thermal shock resistance makes them suitable for direct heating applications on laboratory burners or hotplates.
Q: Where can these beakers be used?
A: Ideal for use in chemical laboratories, research institutions, and educational settings, these beakers are suitable for various experiments involving measuring, mixing, or heating liquids.
Q: What are the benefits of the graduated markings and the pouring spout?
A: The clear graduated markings enable precise measuring of liquids, while the integrated pouring spout assists in transferring solutions smoothly with minimal risk of spills.
Q: What sizes are available and how does the capacity affect the dimensions and weight?
A: The beakers are available in capacities such as 50ml, 100ml, 250ml, 500ml, and 1000ml. Each size has proportional dimensions and weights, for example, a 50ml beaker measures approximately 40x50mm and a 100ml beaker about 50x70mm.