Christmas Gift Packaging Peaks—and Why an EPE Recycling Machine Matters

Every December, gift buying turns into a logistics surge, and logistics surges always turn into packaging surges. One protective material that quietly multiplies during the Christmas rush is EPE (expanded polyethylene) foam, the soft white foam sheets, corner blocks, and profiles that keep fragile products intact on fast-moving parcel networks. EPE works extremely well as cushioning, but it becomes a serious headache the moment it turns into waste, because it is bulky, lightweight, and inconvenient to store loose in busy receiving and returns areas.

The seasonal spike is visible in national waste data and shipping volumes around the world. In France, ADEME reports a clear end-of-year jump: during the holiday period, household waste rises by 12%, packaging rises by 15%, and glass bottles and flasks rise by 20%. The same ADEME communication also points to the “small stuff” that adds up, noting a Citeo figure of about 20,000 tonnes of gift wrap consumed in France each year around Christmas. 

On the logistics side, La Poste Groupe forecast nearly 180 million parcels delivered in France in November–December 2025, up 6% versus the same period in 2024, with multiple networks peaking at once. More parcels and more packaging together create the perfect conditions for protective foams to surge at the exact moment warehouses are already under pressure.

In the United States, the holiday effect has been cited by the U.S. Environmental Protection Agency for years: Americans throw away 25% more trash between Thanksgiving and the New Year than at other times of the year. That waste spike aligns with a shipping peak that keeps growing. ShipMatrix projections reported by industry media estimate about 2.3 billion packages handled in the U.S. 2025 holiday peak season, a 5% increase from the prior year.

When billions of parcels are moving in a tight window, protective packaging demand rises with them—and EPE is a common choice for electronics, cosmetics gift sets, small appliances, and premium glass or ceramic items.

Australia shows a similar seasonal pattern. CSIRO notes that the amount of waste produced at Christmas is about 30% higher than the rest of the year, and it highlights how consumption habits, including wrapping and packaging, drive that increase.  Even without a single global statistic that isolates “EPE used for gifts,” these combined signals—higher packaging waste plus sharply higher parcel volumes—explain why operations teams suddenly see more foam in December than they did in October.

The underlying reasons are structural, not accidental. Christmas buying shifts a larger share of goods into parcel delivery rather than pallet delivery, which means more individual protective packs. Delivery promises compress timelines, making damage prevention more important, so sellers add cushioning “just in case.” Returns also rise after gifting, and returns often arrive with extra void fill or replacement protection. Meanwhile, winter weather in many regions adds risk in transit and storage, encouraging brands to overprotect fragile products. EPE thrives in this environment because it is clean, moisture-resistant, and effective—yet the same airy structure that protects goods makes it expensive to manage as waste.

This is where an EPE recycling machine becomes a practical Christmas-proofing tool. Instead of stockpiling loose foam and paying to transport “air,” a site can densify EPE on-site into stable blocks that are easier to store and ship. GREENMAX describes its EPE recycling approach as crushing and compressing EPE foam into dense blocks for easier transportation and storage, with the option to further granulate those blocks into pellets depending on downstream needs. In operational terms, an EPE recycling machine converts chaotic, space-hungry waste into a predictable output stream that can be scheduled for pickup on a weekly or monthly cadence, even during peak season.

A practical reference case comes from Mapo S.R.O. in Slovakia, a packaging materials manufacturer that adopted GREENMAX densification to manage foam scraps. The company initially purchased a GREENMAX PE foam densifier M-C50 to process a modest monthly foam scrap volume (no more than about two tons), then scaled up as recycling became routine. The same case report states that Mapo recycled nearly 100 tons of PE foam over time after installing the system. 

Another published case description notes that a later unit could handle EPE sheet alongside PE film, while helping keep the warehouse cleaner and safer and generating income from selling recycled ingots. Different country, same holiday reality: once foam is densified at the source, recycling stops being “extra work” and becomes a controllable part of the workflow.

In short, Christmas drives a measurable rise in packaging and parcels across regions, and EPE cushioning inevitably rides that wave. An EPE recycling machine is one of the few interventions that directly tackles the operational bottleneck—volume—so that the most protective gift packaging material doesn’t become the most disruptive waste stream of the season.