Used BROOKFIELD RVT #9360726 for sale

BROOKFIELD RVT (Rotational Viscometer) is a highly precise and advanced laboratory equipment and accessory that is used to measure viscosity, which is a measure of a fluid's resistance to flow. It is most commonly used to measure the viscosity of liquids, although it may be also used to measure the viscosity of gases and solids. RVT has a unique design and is capable of measuring viscosity at a wide range of shear rates and temperatures. This makes it ideal for measuring the viscosity of high-viscosity fluids, such as waxes, resins, and asphalt, as well as low-viscosity fluids, such as alcohol and motor oil. BROOKFIELD RVT is composed of a spindle containing a rotational dial, a drive system, and a cup attached to the spindle. The drive system is powered by an electric motor which causes the spindle to rotate at a specified speed. The spindle is connected to a series of dials and sensors which measure the torque of the spindle when it is subjected to a particular shear rate. The cup is filled with the fluid/sample that is to be measured and its temperature is controlled by a built-in thermometer. RVT utilizes a slightly different method to measure viscosity than other rheometers. This method, known as the viscosity curve test, measures viscosity at various shear rates and temperatures of a fluid sample. The generated data is then used to determine the absolute viscosity of the fluid. This allows for greater accuracy than other methods. BROOKFIELD RVT is widely used in various industries such as the oil, gas, food processing, and pharmaceuticals industries. It is well known for its ability to accurately measure high-viscosity samples such as lard, motor oil, and glycerin, as well as low-viscosity samples such as water, alcohol, and gasoline. It is also very reliable and easy to use, making it ideal for use in test labs. In conclusion, RVT is an incredibly versatile and accurate piece of lab equipment and accessory that is ideal for measuring the viscosity of various types of fluids. It is also very user-friendly, reliable, and can accurately measure a wide range of viscosities and temperatures, making it an invaluable tool in a variety of industries.