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Reagent bottles, also known as chemical bottles or laboratory bottles, are specialized containers used to store chemicals, reagents, and other laboratory substances. They are designed to ensure safe handling, accurate identification, and proper storage of a wide variety of chemical compounds.
Polypropylene reagent bottles are durable, chemical-resistant containers commonly used in laboratories for storing and dispensing liquid or powdered chemicals. Made from high-quality polypropylene plastic, these bottles offer excellent resistance to a wide range of acids, bases, and solvents, making them ideal for both general-purpose and specialized chemical storage.
Conical flask, also known as an Erlenmeyer flask, is a laboratory container with a conical body, flat bottom, and a narrow neck. It is used for mixing, heating, and storing liquids. The narrow neck helps reduce spillage and allows for use with stoppers. It is ideal for titrations, as it can be easily swirled without risk of spilling.
Pipette tips are disposable, narrow plastic attachments used with micropipettes to accurately transfer small volumes of liquid in laboratories. They ensure precision, prevent cross-contamination, and are available in various sizes (e.g., 10 µL, 200 µL, 1000 µL). Sterile pipette tips are used in sensitive experiments like molecular biology, cell culture, and PCR.
Cuvettes are small transparent containers used in spectrophotometry to hold liquid samples for absorbance or transmittance measurements. Made of glass, plastic, or quartz, they allow light to pass through the sample. Quartz cuvettes are preferred for UV light analysis. They are essential for accurate optical readings and must be handled carefully to avoid contamination or scratches.
Petri dishes are shallow, circular, flat-lidded dishes typically made of glass or plastic, used in laboratories for culturing microorganisms like bacteria and fungi. Filled with a nutrient medium (e.g., agar), they provide a controlled environment for microbial growth. Petri dishes are essential tools in microbiology, cell culture, and research involving observation of microbial colonies and growth patterns.
The Le Chatelier Specific Gravity Bottle is a specialized glass apparatus used to determine the specific gravity (relative density) of fine materials like cement. It has a narrow neck with a graduated scale and a bulb at the bottom. The bottle accurately measures the volume displaced by a known weight of material, helping assess quality and consistency in construction materials.
Inoculating loops are simple laboratory tools used to transfer microorganisms from one medium to another, such as from a culture broth to an agar plate. Made of metal (usually nichrome or platinum) or plastic, they have a small loop at the end that holds a tiny amount of liquid or cells. They are essential in microbiology for aseptic techniques.
A vacuum distillation glass set is a laboratory apparatus used to distill liquids at reduced pressure, allowing substances with high boiling points to vaporize at lower temperatures. This prevents thermal decomposition and is ideal for heat-sensitive compounds.
Porcelain crucible is a small, heat-resistant container made from ceramic material, used in laboratories for heating substances to very high temperatures. It is commonly used in ash content analysis, metal melting, and chemical reactions that require intense heat. Crucibles can withstand open flames and are often used with a lid and a clay triangle during heating.
A pycnometer is a laboratory device used to determine the density or specific gravity of liquids and fine solids. It is usually a small glass flask with a close-fitting stopper that has a capillary hole to allow air to escape. Pycnometers provide highly accurate measurements and are commonly used in chemistry and material science.
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