It neutralizes the static electricity charge formed on the surface with the principle of flowing to the profile through millions of sharp points formed by carbon brushes and thus transmitting it to the ground.
Puls Anti Static Carbon Brushes, as a passive static ionizer, is made of nano carbon fibers to propose effective solutions that can easily be adapted to many different applications. It neutralizes the static electricity charge on the surface with the principle that the static charge flows over millions of sharp points formed by the carbon brush and is transmitted to the ground at this point. Since each nano hair has a resistance from the electrical point of view, static electricity is allowed to flow to the ground without any arc during discharge of the static electricity. It is useful for safety reasons. It does not require a power supply, because, as the carbon brush (anti static brush) has sensitive hair, it should not be exposed to friction by contact with statically charged material. Minimum contact distance is 1mm. It can operate between 1 mm to 5 mm, when the contact distance is increased, some charge can remain on hair, this should be taken into copnsideration. During the elimination of the static, dust and particles may stick on brush. If those dust particle are not cleaned, the carbon brush shall be periodically cleaned against risk of fire which may happen even at smallest spark.
It is a static electricity receiver inhibitor product especially developed for use in low weight processes, sensitive paper processes, genuine silk woven fabrics, and thin materials such as cigarette papers.
Among the anti-static inhibitors, the most widely used product in the industry is static electricity receiver-static electricity anti-static bars, called anti-static bars.
With its new generation design, embedded microprocessor-controlled power unit and an impact distance of up to 700mm, the antistatic HPR series bar has been the choice of machine manufacturers in particular. It provides an easy ionization solution in high-speed processes, in applications where air is not desired, especially in lines that require food and hygiene, and in applications where long mounting distances are required.