By supplying positive and negative ions that cling to opposing charges, ionized air eliminates static charge inside the can. Dust and other debris fall from the can as a result of the static charge being neutralized. Additionally, there is evidence that ionized air lowers viral and microbial counts in the air, which benefits your facility in two ways. Ionizing Rinsing Systems use industry-leading centrifugal blowers and air supply systems to effectively remove particles, dirt, and debris from specific surfaces.
Ionized air rinser system, which set the bar for a new generation of air rinsing and static removal, are made to dissipate the static charges that cause dust, dirt, and other pollutants to stick to surfaces. Then, they employ ultra-efficient, blower-driven air to blast the contaminants away. By removing compressed air systems, you may cut energy use by up to 80% and improve performance while lowering maintenance.
Benefits
- significantly lowers energy consumption by doing away with compressed air.
- stops dust and other particles from sticking to the walls of containers.
- To enhance surface finish, remove dust, debris, and other particles from the surface.
- Remove the possibility of compressed air contaminating water and oil.
- The costs of filtration, drying, and water disposal are decreased when water is eliminated.
- lowers the possibility of microbial development brought on by water rinses’ moisture content
- The manifold or Air Knife’s high velocity airstream has emitter spots to ensure a continuously clean ionizing bar, durability, and safety.
- When compared to compressed air, more active emitter spots provide better ionization performance.
- Increased force of blow-off at the target
- Better performance and longevity than ionizing bars that are installed externally
- accessible for both high
Additional Uses for Ionizing Air Systems:
- Beverage & Bottling: PET bottles, pouches, crates, trays, jars, glass bottles, and cans made of aluminum and tin
- Packaging, tin cans, jars, crates, and trays are examples of food processing and packaging.
- Rolling metals, automobile wheels and parts, crates and trays, machined parts, plastic parts, and parts that have been painted or coated are examples of industrial products.
- Solar and electronics: panels, film, and flat panels
- Vinyl siding, PVC and plastic pipes, films, and plastic sheets are examples of extruded products.
- Medical, pharmaceutical, and nutraceutical products include protein powder packaging,
IV and solution pouches, long-lasting medical equipment, and packaging and overpack.
Cleaning using Ionized Air
Ionized air aids in removing any potential static buildup on plastic to increase the likelihood of debris escaping from containers throughout the packing procedure. In terms of ionization solutions, technology leads the world, and our air rinsing machines have their products fitted in order to manage static discharge in areas of containers that are difficult to access. Ionized air is a useful tool for numerous businesses that require plastic containers to be cleaned before being filled, and many pharmaceutical lines employ these systems.
In order to help clean cans and bottles, these ionized air rinsers and drying equipment produce negative ions that cling to positively charged particles (such as dust or pollen). Using strong ionization in conjunction with centrifugal blowers and air delivery systems, Ionized Air Rinsing Systems eliminate dust, particles, and pollutants. Compressed air or water rinsing are no longer necessary thanks to its Ionizing Bottle Rinser. Similarly, by doing away with the requirement for water washing and/or air rinsing with compressed air, Ionizing Can Rinser enhances sustainability in canning operations.
Conclusion
Ion generators work by attracting particles to surfaces such as walls, floors, tabletops, drapes, people, etc. by charging the particles in the space. These particles may be resuspended into the air as a result of abrasion. To draw the charged particles back to the unit, these devices occasionally have a collector.
