Polyethylene Squeeze Bottle

This Boston round squeeze bottle has a polyethylene body, a screw cap, and a luer taper tip. This dispensing bottle is used to dispense solutions in a controlled capacity. The polyethylene body provides durability, crack resistance, and chemically inert properties, is lightweight and semi-flexible, and has the ability to form a barrier to gases, vapors, and moisture. Its Boston round shape is used for applications that require a rounded body, short neck, and narrow mouth to store liquid samples, solvents, chemicals, and dry materials. This lab bottle has a screw top to secure contents and to help prevent spills and evaporation. Its Luer taper tip is for use with Luer needles. This squeeze bottle is suitable for dispensing small amounts of fluid such as fluxes, inks, solvents, and oils, among others.

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 often lined with a protective material. Caps and lids help seal bottles to prevent solutions from spilling. The capacity refers to the fluid amount held by a lab bottle, and is commonly measured in milliliters (mL) and liters (l), and sometimes in ounces (oz). Lab bottles are suitable for use in chemistry and biology applications, as well as in pharmaceutical and scientific testing.