Anti-static bottom insert tube

The bottom-inserted tube with an inclined opening can prevent static electricity and protect the tank wall from being eroded by high-speed airflow, mainly because the inclined design alters the direction and speed of the flow of gas or liquid. Specifically: 1. **Anti-static**: When liquid flows inside the pipeline, if it flows straight downward, friction can easily occur between the fluid and the pipeline, resulting in static electricity. The inclined groove design causes the liquid or gas entering the tank to flow diagonally downward along the tank walls before coming into contact with them, which reduces direct impact and thereby lowers the generation of static electricity. 2. **Preventing high-speed airflow from scouring the reactor wall**: The inclined port design also reduces the likelihood of fluid hitting the reactor wall at high speed in a vertical direction by altering the flow direction of the fluid. When the fluid enters at an angle, part of its kinetic energy is converted into parallel energy along the tank wall, thereby reducing the direct impact force on the tank wall. This helps to protect the tank wall and extend the service life of the equipment. In summary, the beveled edge design effectively reduces the direct impact and friction of the fluid against the tank wall by altering the flow direction and velocity of the fluid, thereby achieving the purpose of preventing static electricity and protecting the tank wall from being worn by high-speed airflow. These effects are all based on the principles of fluid mechanics. .