Float Ball with NBR Material

Float Ball with NBR Material-31.5*69.5*6 it is normal one.NBR float balls are generally suitable for media such as water, gasoline, diesel, etc., with a specific gravity generally ranging from 0.65 to 0.93. If the customer has requirements for weight, they should be informed of the weight range, medium used, specific gravity range, and operating conditions. We will analyze the customer's technical parameters, provide a good plan and drawings for the customer, and after the customer confirms, provide samples to the customer for testing. After passing the test, production will officially begin.

Parameter(Specification)of Float Ball with NBR Material-31.5*69.5*6

Physical photos：

How NBR float balls are produced？

1 According to the customer's technical requirements, engineers will adjust the formula and then proceed with the production of NBR raw materials
2 materials are placed in the pre sent mold and processed into shape by a hot press machine
3. Put the finished product into the mold for processing and shaping, and then put it into a cold water tank for cooling and demolding
4 workers carry out edge trimming and select high-quality floating balls to send to customers.

What is a floating ball

Float, also known as float, is a device widely used in liquid level control, flow control, liquid level alarm, and other fields. It works by utilizing the principles of buoyancy and density, where the buoyancy principle refers to the upward buoyancy of an object in a liquid, which is equal to the weight of the object displaced by the liquid. If an object is denser than a liquid, it will sink, and conversely, it will float. A floating ball is a device that utilizes this principle. When the density of the float is less than the density of the liquid, the float will be carried up by buoyancy, and vice versa, it will sink. By changing the liquid level, the weight of the liquid borne by the float can be changed, thereby achieving a change in the position of the float.
The application of floating balls is very extensive, for example, in liquid level control, the working status of the level gauge can be controlled by the trajectory of the floating ball's up and down movement, achieving accurate control of the liquid level in the liquid container. In terms of flow control, the float can move freely and combine with numerous pipelines and valves to achieve precise control of liquid flow.