What is a centrifugal filter?
The centrifugal filter is a type of barrier that can be used to separate the materials after they are centrifuged in the centrifuge. If the centrifugal equipment is a filter, solids or high density liquids can be effectively removed from low density liquids. In many industries, a centrifugal filter is used to separate waste products from certain liquids that the company can reuse.
The materials that are placed in the centrifuge revolves around the axis in the center of the machine. Thicker materials are forced to the outer edge of the container, while lighter materials hover towards the axis. When equipped with a centrifugal filter, heavier and lighter materials are forced to various containers. Filters of different sizes can be used to separate particles of different sizes apart.
The centrifugal filter is usually used to separate the solid mass from the liquid suspension. This allows recycling of the liquid part of the material. A solid mass that is a removed of liquid through a centrifugal filter usually escapes in a formporridge. The wet material can then be dried, either in a special container holding in centrifugation or in a separate container until it can be discarded.
Centrifugal filters use a number of different industries. They can be used to clarify waste oil, cleaning of glass or ceramic mining of fluids or removal of small metal particles from liquids. The liquid remaining after centrifugal filtration can often be reused as soon as it is clean. This reduces waste materials and reduces the company's expenses.
A relatively simple tool, the centrifuge has been used for hundreds of years to separate materials of different densities. Centrifuge spins anywhere from several hundreds to many thousands of revolutions per minute. Thousands of Times gravity can be a force acting on materials located in centrifugation. This level of force is what allows heavier materials to move to the outside of the container while lighter materials with pbend towards the center.
The first known use of the centrifuge was to separate the milk from the cream. Soon centrifugs were driven manually, although they were still able to create a force equal to the gravitational force many times. In 1869, laboratory use of the centrifugal led to the discovery of nucleic acids that separate from organic cells. Today, centrifuges are most commonly used in medical and biological laboratories.