Hexacomb Introduces Paper-Based Packaging System for Larger Liquid Filled Bottles
Print this Article | Send to Colleague
To support growth in the bulk store retail channel, food and beverage processors are filling an increased number of larger-sized bottles for juice, sauce, vegetable oil, household cleaning products, etc. applications. Two common secondary packaging methods are corrugated cases with partitions or a combination corrugated tray/oriented strand board/shrink wrap approach. These traditional methods offer opportunity for an improved approach, Hexacomb notes.
The new HexStackT packaging system features a single layer of Hexacomb honeycomb material which is custom-die cut to accommodate the specific bottle neck. The pad is laid on top of a layer of bottles, with the closures and necks inserted into the die cuts. The die-cut orifice surrounds the bottle neck and rests on the shoulder, thereby immobilizing the container. A secondary process can also punch die-cut a shallower, wider circular channel under the hole to accommodate an optional carrying handle ring.
For those bottle designs with a concave base, the slightly protruding closure above the die-cut orifice can nest into the base of the container above it, further stabilizing the load. The final step in the pallet load unitizing process is shrink wrapping. Using this method, larger liquid bottles typically can be stacked three layers high for transport and retail display.
In addition to providing secondary packaging cost savings, the HexStack system also helps minimize product damage during transport, Hexacomb says. The immobilized containers are less prone to shock and vibration damage experienced by some loads during transport. This also means that the load arrives at the bulk store in an attractive, unitized, retail-ready appearance, where visual impact can determine whether or not a purchasing decision is made.
At the retail location, HexStack can provide significantly more product to be merchandised in the same amount of space. For example, the HexStack system can usually support a three-layer high pallet load, while some other methods are only double stacked.
