Thomas Glass Pycnometer Bottle

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Thomas Glass Pycnometer Bottle Features

• Pycnometer bottle for use measuring the density of a substance

• Glass body for solidity, transparency, solution compatibility, versatility, and heat, gas, and vapor resistance

• Gay-Lussac style pycnometer has a pear-shaped flask with a perforated stopper to contain substances

• Ground glass stopper with a capillary tube seals the bottle but allows air bubbles to escape for accurate density measurements

• Stopper has a flat point at the top for removing liquid overflow from the capillary tube

About Thomas Glass Pycnometer Bottle

This Thomas Gay-Lussac style pycnometer bottle has a glass body and a ground glass stopper with a capillary tube and a flat point. The pycnometer bottle (also known as a specific gravity bottle) is used to measure the density of a substance. The glass body provides solidity, transparency, solution compatibility, and versatility for use in an array of common applications, and it is heat, gas, and vapor resistant. This Gay-Lussac style pycnometer bottle has a pear-shaped flask with a stopper to contain substances and an external cap to reduce evaporation. The bottle has a ground glass stopper with a capillary tube that seals the bottle but allows air bubbles to escape for accurate density measurements. The stopper has a flat point for taking off the overflow of the substance to be measured from the capillary tube. This bottle has a label indicating its volume when filled with water at the listed temperature. The bottles are for measuring specific gravity according to American Society for Testing and Materials International (ASTM) Standard D 369 and Barrett test H-8. This bottle is suitable for measuring the density and specific gravity of substances.Lab bottles are used to store, hold, and mix liquids, powders, and other substances in a wide variety of scientific industries. Lab bottles have a more pronounced neck and shoulder than jars. Lab bottles are manufactured with a combination of characteristics in order to meet the demands of particular applications, such as for solution dispensing, mixing, and weighing, and use in centrifuge operations. They come in many shapes for specific applications, with a variety of mouth or nozzle shapes and sizes for specific use. Lab bottles are made from materials, such as glass (borosilicate or soda-lime) and an array of plastics, which are selected for chemical and thermal expansion resistance, transparency, and their adaptability in a variety of applications. Lab bottle interiors, caps, and lids are