Static detection and static elimination solutions for the thin film industry
Do you have this confusion?
What to do when the film blowing machine is not uniform when winding the film?
The film blown out by the plastic blown film naturally attracts static electricity together.
Sometimes there is no static electricity, sometimes the static electricity is very strong. Hair can stand up under the film.
In many cases, it may be caused by static electricity.
The winding is a multi-layer winding structure. The electrostatic field energy accumulated on each layer is not large, and each layer may have only a few hundred volts of static electricity. When hundreds or even thousands of layers of film are wound together, the electrostatic field The voltage and energy are very large, the voltage reaches more than 20KV, and in severe cases it can reach more than 100KV.
Knowing the generation of static electricity, we have to start thinking about how to eliminate static electricity?
Shanghai Anping Electrostatics recommends using an ion bar to eliminate static electricity. The surface of the film surface is flat and most of the film processing is automated production. The appearance of the ion wind rod is small and beautiful, and the static electricity removal effect is large and rapid. It is especially used for various types of machinery and easy to install.
It is not necessary to fix the ion wind rod above the surface of the film, and it needs to be 2-10CM away from the film. The film passes the ion wind rod. Shanghai Anping electrostatic ion wind rod can neutralize the surface of the film in about 0.2 seconds. This will eliminate static electricity.
Shanghai Anping static eliminator ion rod, its strong ionic wind removes static electricity and foreign matter, dust on the surface of the object. It belongs to the industrial class. It is suitable for the initial electrostatic dust removal of flat objects. The ion wind can effectively isolate the air mixed flow inside and outside the clean room.
Finally, before installing the static eliminator, we need to select the model, which requires the help of an electrostatic tester.
After testing, we determine the magnitude of static electricity generation, and then choose the static elimination capacity of the static eliminator.
