The Challenge

Finding a more efficient way of palletizing industrial goods (cement, chemicals, fertilizers, seeds) to improve sustainability footprint, overall cost and material consumption.

The Solution

Moving from EVA-based stretch hood to all PE one, allowing for more robust, lighter and flexible packaging.

Moving from 120 micron to state-of-the-art, 100 micron HDSS, resulting in significant packaging material savings and reduction in CO2 emissions.

The Challenge

Optimizing the packaging system of a well-known beverage producer in order to improve the sustainability footprint and optimize costs while enhancing the stability of the goods during transportation.

The Solution

Moving from a 23 to 14 micron high-performance machine stretch wrap with improved puncture, tear and elongation, optimizing material consumption, cost and improving sustainability footprint.

Downgauging from 60 to 50 micron collation shrink film, with improved optics, enhanced tear and puncture resistance.