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Beakers are an essential category of laboratory equipment used in a wide range of scientific experiments and research. These cylindrical vessels come in various sizes, materials, and designs to accommodate different laboratory needs.
Stainless steel types are durable and resistant to corrosion, making them ideal for high-temperature applications. They are available in different sizes ranging from 100ml, 1000 ml, to 12qt, providing options for various volume requirements. Graduated stainless steel beakers have markings on the side to allow for accurate measurement of liquids.
Borosilicate glass beakers, such as the Pyrex Griffin Lab Beaker, are transparent, allowing for easy observation of the contents inside. They are commonly used for heating, mixing, and storing liquids in lab settings. Borosilicate glass beakers come in every size range from 50ml to 1000ml, catering to different experiment needs.
A plastic graduated beaker offers a cost-effective and lightweight alternative to borosilicate glass and stainless steel beakers. They are commonly used in educational settings and other applications that do not require high-temperature resistance.
Beaker accessories, such as beaker tongs for safe handling and precision dividers for accurate measurements, complement the beakers and enhance their functionality in the laboratory.
Whether you are measuring, mixing, heating, or storing liquids, a beaker is a versatile and indispensable tool in any lab setting. Choose from our wide selection of beakers to meet your specific lab requirements.
View the full line of Labware, Buchner Funnels, Burette, Erlenmeyer Flasks, Graduated Cylinders, Pipettes, and Volumetric Flasks.
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Labware is an essential component in scientific research and testing, facilitating a variety of experimental procedures in laboratories across the globe. From classic borosilicate glass beakers to advanced plastic materials, labware comes in numerous forms to suit different scientific needs. This comprehensive overview explores the specifications, applications, and benefits of using diverse equipment in laboratory settings, with a focus on their design features like borosilicate glass and beakers made of plastic for enhanced laboratory efficiency and safety.
Borosilicate glass is a type of glass that contains boron trioxide, which allows for a very low coefficient of thermal expansion. This means it will not crack under extreme temperature changes, unlike regular glass. It is particularly suitable for making laboratory glassware due to its excellent thermal and chemical stability. It withstands heating applications splendidly and is resistant to acids, making it ideal for experiments involving harsh chemicals.
Applications: Borosilicate glass is commonly used to manufacture beakers, test tubes, and other vessels that need to be heated directly or that may encounter sudden temperature changes.
Benefits: The main advantage of borosilicate glass is its durability and resistance to thermal shock. This quality ensures that containers made from borosilicate glass can be heated to high temperatures without shattering.
Beakers made from plastic are a versatile and durable alternative to glass beakers, often used in educational settings or for routine mixing where precision heating is not required.
Types: These usually come in a variety of every size, including popular volumes like 50 ml, 100 ml, 250 ml, and 1000 ml, each serving specific volume requirements for laboratory tasks.
Features: Many that are plastic feature easy pouring spouts and are often marked with a graduated measuring scale. They are designed in both low form for stability and tall for applications involving smaller quantities and less space.
Spouts: Many beakers, whether borosilicate glass or plastic, come with spouts to facilitate easy pouring of liquids, which is critical in preventing spills and ensuring precise measurements.
Low Form: These are typically available in low form and tall form designs. Low form beakers are more stable and suitable for general mixing and heating applications, whereas tall form beakers are better for handling smaller volumes of liquids and more precise pouring.
Graduations: Most are graduated, providing measurements in ml to allow for accurate volume assessments during experiments.
Variety in Sizes: Beakers are essential lab equipment that comes in various volumes, including smaller sizes like 50 ml, 100 ml and 1000 ml, commonly used for minor reactions, to larger sizes like 250 ml and 1000 ml for bulk chemical handling and reactions.
Decrease Quantity and Increase Quantity: In a laboratory setting, the ability to precisely decrease quantity or increase the quantity of a substance is crucial. Beakers allow for measured adjustments to mixtures, aiding in the meticulous nature of scientific experiments that require a decrease quantity of liquid.
Borosilicate glass Beakers: Borosilicate glass beakers are preferred for applications that involve heating because they can withstand high temperatures without deforming or breaking.
Features for Heating: These beakers can be directly placed on a hot plate or over a flame, and they are often heat-treated to handle mechanized washing after use.
Suitable for Strong Acids and Solvents: Borosilicate glass is highly resistant to chemical wear, which makes it suitable for storing and mixing strong acids and solvents that might degrade other materials or excite other material.
Material and Volume Considerations: When selecting labware, consider the chemical compatibility and class and the physical requirements of the experiment. The choice between glass and plastic, as well as the required volume, should align with the experimental needs.
Stock and Availability: Laboratories need to manage their inventory effectively, ensuring that items like beakers are always in stock and ready for use. This involves regular checks and timely replenishment.
Cleaning and Storage: Proper maintenance extends the life of labware. Glass beakers should be cleaned thoroughly to avoid cross-contamination between experiments. Plastic beakers, while less fragile, also require careful cleaning and storage to prevent material degradation.
Labware, such as beakers made from borosilicate glass or plastic, plays a pivotal role in the functionality and success of scientific experiments and lab supplies. Understanding the types of labware available and the right class, along with their properties and appropriate applications, helps teach that laboratories can perform a wide range of experiments with precision and safety. Whether for educational purposes or high-level research, the proper selection, use, and maintenance of labware contribute significantly to the overall efficiency and effectiveness of scientific endeavors.
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