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Accurately measure and compare the densities or specific gravities of liquids and solids with the Kimble Kimax Pycnometer 10ML with Mercury. This borosilicate glass instrument is designed for precise measurements in a variety of applications, including pigment analysis and research. By following a simple procedure, users can calculate the specific gravity of unknown liquids with ease. The pycnometer's conical shape provides maximum stability, while its numbered body ensures easy identification. With its high accuracy and reliability, this instrument is an essential tool for laboratories and research facilities. Handle with care, as it contains mercury that must be disposed of properly.
Top product features:
Conical body design for maximum stability
Standard taper 10/18 thermometer with a range of 14 to 38 degrees C in 0.2 degree increments
Manufactured from 33 expansion low extractable borosilicate glass conforming to USP Type I and ASTM E438 Type I Class A requirements
Kimble® kimax® pycnometers designed for measuring and comparing the densities or specific gravities of liquids and solids. 15123 series thermometers are mercury-filled supplied with standard taper 10/18 thermometer with a range of 14 to 38 degrees c in 0.2 degree increments thermometer is retested for accuracy within ± 0.2 degrees c standard taper 5/12 side tube cap has a small vent near the top body is conical for maximum stability capacity is within 10 percent of nominal shown on the flask each flask body is numbered for ready identification the 50ml size may be used to obtain the specific gravity of pigments (astm d153) manufactured from 33 expansion low extractable borosilicate glass conforming to usp type i and astm e438 type i class a requirements procedure for use of 15123r and 15123n bottles thoroughly clean dry assemble and weigh the empty pycnometer and record. Fill with recently boiled distilled water at a temperature a degree or two below the determination temperature. Insert thermometer into the bottle forcing water through the overflow tube. Place in a constant temperature bath and when the desired temperature is reached wipe off excess water from the overflow tube tip and cap. Remove from bath wipe dry reweigh and record. Weight difference is that of the water in the flask - the volume of the pycnometer may be calculated. Repeat process with liquid of an unknown specific gravity and record the weight difference. Calculation specific gravity (weight of liquid of unknown s.G.) (weight of water at same temperature) please note some of these items contain mercury. Exposed mercury can evaporate and become an invisible odorless toxic vapor. Use caution in storing and handling this product. Products containing mercury should not be put in the trash; they must be recycled or disposed of as hazardous waste according to state and local laws.