Three legged centrifuge

The equipment is divided into two types based on the discharge method: upper discharge and lower discharge; According to their structural characteristics, they can be divided into ordinary type, scraper type, and hanging bag type; According to the working principle, it can be divided into filtering and settling types. The core principle is to generate centrifugal force through high-speed rotation, and the separation coefficient can reach hundreds to tens of thousands of times the acceleration of gravity, thus quickly separating mixed liquids. Conventional models operate at speeds below 3000 revolutions per minute, suitable for materials with coarser particles, while high-speed models can reach 8000-30000 revolutions per minute to handle finer particles or mixtures with smaller density differences. Tripod centrifuges are widely used in various industrial fields due to their simple structure, strong seismic resistance, convenient operation, and low cost. Daily use should pay attention to regularly checking the status of components, maintaining the normal lubrication system, and avoiding the risk of failure caused by overload operation or material corrosion.

A centrifuge is a separation machine that separates a mixture of solids and liquids (liquid and liquid) to obtain solids and liquids (or liquid and liquid) separately. What is its working principle? As we all know, natural stratification occurs when a mixture of liquids with different densities is left to settle. The solid generally settles to the bottom layer, while the upper layer forms a clear liquid. Some are prone to delamination, such as mud and water, while others require a long time to separate and have poor results. We rely on the gravitational acceleration of the Earth to separate certain mixed liquids. In order to meet the needs of industrial production, people need to separate certain mixed liquids faster and more, which creates centrifuges. Centrifuges generate strong centrifugal force through high-speed rotation, and their centrifugal separation coefficient is usually hundreds, thousands, or tens of thousands of times that of the acceleration of heavy force. Therefore, the separation speed is very fast. However, due to the significant differences in the properties of different materials, various sizes of centrifuges have been formed. Generally, centrifuges for separating solids and liquids have a speed of less than 3000 revolutions per minute, while centrifuges with finer particles and smaller density differences need to have a speed between 8000 and 30000 revolutions per minute for separation. Concentrating and separating uranium, for example, require centrifuges with higher speeds.

The three legged centrifuge is suitable for sludge in industries such as municipal sewage, plastics, food, beverage, chemical, leather, welding materials, papermaking, printing and dyeing, and pharmaceuticals.