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Difference between revisions of "Anti Static Containers"
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[[File: | [[File:Anti_Static_Container.jpg|thumb|right|Anti Static Container]] | ||
[[File: | [[File:Anti_Static_Container_1.jpg|thumb|right|Anti Static Container]] | ||
Lightweight barrier plastic and PET containers affected by static electricity can become “sticky” causing them to adhere to each other, hampering container transport and single filing. To eliminate this production line challenge anti-static container that dissipate built-up electrostatic charge and prevent static electricity from causing production line delays in container handling and single filing when running lightweight plastic containers. A low friction mattop style conveyor is utilized to transport bottles from the sweep-off through mass discharge. Guide rails are crafted of low friction material to prevent bottle contact from transferring an electrostatic charge. The sweep bar is machined from high impact plastic to ensure gentle handing and positive transfer. | Lightweight barrier plastic and PET containers affected by static electricity can become “sticky” causing them to adhere to each other, hampering container transport and single filing. To eliminate this production line challenge anti-static container that dissipate built-up electrostatic charge and prevent static electricity from causing production line delays in container handling and single filing when running lightweight plastic containers. A low friction mattop style conveyor is utilized to transport bottles from the sweep-off through mass discharge. Guide rails are crafted of low friction material to prevent bottle contact from transferring an electrostatic charge. The sweep bar is machined from high impact plastic to ensure gentle handing and positive transfer. | ||