Best Float Balls Made of Stainless Steel Float balls are objects that come in different shapes and they are buoyant enough to float in water and other common fluids. Some may be cylindrical in shape while others are spherical. They are also made of very strong material much as it must also be buoyant enough to serve the purpose. Flexibility of the material must also be assured so as to withstand pressure. Float balls are mainly used in monitoring of fluid levels. It is for this reason that they are used to demarcate surface levels of fluids in containers. Translucent tubes can also use float balls in checking fluid levels. Buoyancy is the most important attribute of float balls. To achieve buoyancy, the density of the fluid must exceed the density of the material used to make the float ball. Density is therefore one guiding principle to the material to be used. Plastic and stainless steel are the main materials used to make float balls. Several factors inform the choice of these two materials. First of all, plastic is very light hence it floats easily in all fluids universally. This is why it is used in many situations for making float balls. Plastic float balls can however be limited by some other factors. For instance, the type of fluid for which the float balls are required is a very important factor.
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There are fluids that would react badly when in contact with plastic materials. This necessitates the choice of another material. The best choice in this case is stainless steel. This is because stainless steel is not very reactive. The chemical composition of most fluids does not include chemicals that would react to stainless steel.
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Stainless steel float balls are used in different sectors of life. First of all, they are needed in the food industry particularly within the domain of food processing. Float balls are used in fluid food tanks so as to observe fluid levels. Stainless steel float balls come in handy since such food products may have chemical contents that could react to materials such as plastics. Due to the pressure that is emancipated in food tanks, stainless steel is also the material of choice. In chemical engineering, the use of float balls is also of paramount importance especially in checking fluid levels. Obviously, some chemicals used in this industry are highly corrosive and would react with many metals. However, stainless steel does not react with most of the known chemicals in this industry. Chemical reactions also elicit increased pressure and temperature. Such conditions can only be curbed by using float balls that can stand such extreme conditions. Stainless steel therefore becomes the material of choice. Vacuum trucks that transport liquids such as water and sewage do also use steel float balls to demarcate fluid levels within them.