Plastic Bottle Production
The problem of static electricity runs through the entire plastic bottle and cap industry. Including pre-forming, blank making, moving, conveying, sorting and finishing, raw material filling, sleeve labeling, etc. Long's tincture provides a cost-effective method to solve these problems, and some typical application cases are listed below.
Blow Moulding: Parisons
The controllable static eliminator is installed at a distance of 500mm to neutralize the static electricity of the parison and prevent the parison from being adsorbed by the mold. Because the controllable static eliminator has a long neutralization distance and does not require the use of compressed air, its installation position can be kept away from mobile machines.
Other applications include: blistering, labeling, sorting, feeding, coding, conveying, tray labeling, unloading, tray cleaning, and other bottle cap injection. InjectionMouldedClosures
Install a controllable static eliminator (or other long-distance static eliminators such as ion rods, ion fans, etc.) to neutralize the static electricity on the bottle cap to prevent dust absorption, electric shock to operators, and product clutter.
PneumaticConveying / Handling
An ion fan is installed above the factory hopper to prevent the bottles from sticking to each other and causing electric shock to the operator.
Static electricity in plastic containers can cause many problems, especially when filling containers with dry products such as powder or granules.