Smart Packaging,
Better Experience.

Heat, grease and steam decide the material

Packaging that performs well on a collection counter can fail badly after twenty minutes in a delivery bag. The variables are heat, grease and trapped steam. Fried food is the hardest case: without ventilation, escaping steam condenses inside the container and softens the coating the kitchen just worked to create, so vented lids or perforated inserts matter more than container thickness.

Material tolerance sets the outer limit. Coated board handles dry and moderately hot items well. Polypropylene tolerates higher temperatures and reheating, which matters if customers microwave leftovers. PET stays clear and rigid but is a cold-side material. Moulded fibre performs well for dry and warm items and less well under standing liquid. Matching the material to the dish is cheaper than upgrading every line to the most expensive option.

Seal integrity is what customers actually notice

Leaks generate more complaints than any other packaging fault, and they are usually a process failure rather than a material one. A seal needs a clean, dry flange: sauce or grease on the rim prevents the film bonding, and the failure shows up in transit rather than at the pass. Where sealing is machine-based, cycle time has to be checked against peak-hour order volume, because a sealer that keeps up at seven becomes the bottleneck at eight. Browse our packaging equipment range.

The sustainability trade-off is local

Recyclable and compostable are not interchangeable claims. Compostable packaging only delivers its benefit where industrial composting is actually available to the customer, and in areas without that collection it behaves like general waste. Recyclable single-material packaging is frequently the more honest choice, because it survives the waste system that genuinely exists in the operating market. Food-contact grease contamination also disqualifies otherwise recyclable board, which is why liner choice matters as much as the substrate.