Three packaging redesigns worth a closer look this month

Good packaging redesigns rarely solve everything at once. They fix one weak point: a single-use plastic part, a missing piece of infrastructure, a material stack that fights recyclability. Three examples from the past week show that pattern clearly, each at a different point in the design process: a component swap, a system-level reuse fix, and a material simplification under barrier pressure.

SIG’s paper U-straw: fixing the one plastic part left on an aseptic carton

Aseptic cartons are already mostly paperboard. Carton packs are sustainable by nature, consisting of 70-80% paperboard, according to SIG. The part that didn’t fit that story was the small plastic straw attached to single-serve packs, the kind used on juice and milk cartons aimed at children and on-the-go drinkers.

SIG’s paper u-bend straw made its commercial debut in partnership with CAPSA Food’s ‘Central Lechera Asturiana’, a leading Spanish milk brand, launched on SIG’s combiblocSmall 200ml carton format. The straw itself is a targeted substitution: the paper used to produce the straws, including straight and U-shaped versions in 4mm and 6mm diameters, is FSC-certified. The supporting detail matters as much as the straw material. The wrapper for the straw was redesigned to remain attached to the packaging, with the aim of preventing littering, so all elements of the pack can be discarded as one.

That second change is the more interesting design decision. A paper straw that still sheds a loose plastic wrapper onto the street or into a bin as a separate stray item solves a materials problem but not a littering one. Attaching the wrapper to the carton turns two disposal decisions into one.

The trade-off is scope. Swapping the straw addresses a single, legally exposed component, mainly in response to EU single-use plastics rules on straws. It doesn’t change the recyclability profile of the carton itself, which remains a multi-material laminate of paperboard, polyethylene and, for aseptic formats, a thin aluminium layer. Brands using this kind of fix should treat it as one line item in a longer list, not the end of the redesign.

The lesson for other designers: when a single component carries disproportionate regulatory or reputational risk, as straws did under the EU’s single-use plastics rules, it’s worth separating that fix from the harder, slower work of redesigning the base pack. Ship the achievable win, keep the bigger material question open.

Huskee’s Smart Bin: the redesign is the return journey, not the cup

Reuse systems tend to get judged on the vessel: how durable the cup is, how it looks, what it’s made from. BioPak’s Huskee brand picked a different failure point. Smart Bin, Borrow by Huskee was developed to address one of the biggest challenges facing reusable packaging systems: getting reusable products back into circulation, and the project has just been named a winner in the 2026 Australian Good Design Awards.

The design itself is infrastructure, not a container. Rather than functioning as a conventional waste bin, the Smart Bin is an intelligent, IoT-enabled return point designed to make returning reusable cups and containers simple and convenient, combining QR-enabled access, a gravity driven mechanical system, modular architecture and dual power capability to support reuse across a range of environments.

Huskee co-founder Saxon Wright frames the problem in design terms rather than behavioural ones. Making reuse work at scale requires convenience to be designed into the experience: making a great reusable product matters less than making the return journey just as easy, intuitive and convenient as picking up the product in the first place. The judging panel reached a similar conclusion about where the real design problem sat. The jury recognised the Borrow Bin as an exceptional example of design thinking applied at a systems level, transforming a passive waste receptacle into intelligent, IoT-enabled return infrastructure that addresses one of the most persistent barriers to reuse adoption: convenience.

The trade-off is one that every reuse system shares: hardware has to be bought, sited, powered and maintained, and a return point is only useful if there are enough of them in the right places. Modular architecture and dual power options suggest Huskee has designed for variable sites rather than one fixed format, which helps, but adoption still depends on venues agreeing to host the bins and on volumes big enough to justify the logistics of collection and washing.

The lesson: a reusable cup or container is only half a reuse system. The other half, the point of return, is where most schemes actually stall. Treating that return point as a design object in its own right, with the same attention to friction and form factor as the primary pack, is the part worth copying.

ACG’s RecycloPod PP Ultra: trading a multi-material stack for one that’s mostly one polymer

Pharmaceutical blister packs are a hard design-for-recycling problem. They need strong moisture and oxygen barriers to protect tablets and capsules, and barrier performance has historically meant laminating several different materials together, which makes the resulting pack difficult to sort and recycle. ACG’s new RecycloPod PP Ultra, launched at the CPHI 2026 trade show in Milan, is a direct response to that conflict.

RecycloPod PP Ultra is a polypropylene-based blister packaging system that offers recyclability and barrier protection for sensitive pharmaceutical products, developed alongside customers to address the challenges of recycling existing polypropylene blister solutions without compromising moisture and oxygen barrier requirements. The structure itself is specific: it uses a PP/EVOH/PP forming structure, with a water vapor transmission rate of less than 0.60 g/m² per day and an oxygen transmission rate of less than 0.20 cm³/m² per day, and when combined with a PP lidding film creates a predominantly polypropylene blister structure designed for thermoforming and sealing on pharmaceutical packaging lines.

The design logic is worth spelling out. ACG identified that existing polypropylene blister solutions can meet moisture barrier requirements but may not provide sufficient oxygen protection for every pharmaceutical application, so RecycloPod PP Ultra combines polypropylene with EVOH, a barrier material, in a PP/EVOH/PP forming structure intended to provide both moisture and oxygen protection. In other words, instead of reaching for an additional, harder-to-recycle material such as PVC, PVDC or foil to close the oxygen gap, ACG kept the barrier function inside a thin EVOH layer sandwiched between two PP layers, so the finished blister stays “predominantly” one polymer family.

The RecycloPod PP Ultra responds to the EU Packaging and Packaging Waste Regulation and the increased focus on packaging recyclability, Packaging Insights reports, and ACG positions it inside a wider “Pod” family of barrier packaging aimed at the same regulatory pressure.

The trade-off sits in that word “predominantly”. A PP/EVOH/PP structure is not a single polymer; it still depends on how sorting and reprocessing lines treat a minority barrier layer bonded to the bulk material. Lab-measured transmission rates confirm the barrier performs, but they don’t by themselves confirm how a recycling stream will grade the pack once EU recyclability design criteria for packaging are finalised in detail. Buyers should ask for the recyclability assessment behind the claim, not just the barrier data sheet, and should expect to revisit that assessment as the Commission’s recyclability design criteria develop.

The lesson: in high-barrier categories, mono-material claims usually mean “mostly one polymer, plus a thin functional layer that does the hard work.” That’s a legitimate design strategy and often the only realistic one, but it’s a different claim from true single-material packaging, and it’s worth being precise about which one you’re making to customers and regulators.

How the three compare

Example	What changed	Design category	Why it works	Trade-off to watch
SIG Paper U-straw (CAPSA Food)	Plastic straw replaced with FSC-certified paper straw; wrapper redesigned to stay attached to the carton	Material substitution	Removes a small, legally exposed plastic part and its loose wrapper in one move	Leaves the carton’s own multi-material structure unchanged
Huskee Smart Bin, Borrow	IoT-enabled, QR-access return point for reusable cups and containers, with gravity-driven mechanics and modular, dual-power design	Reuse system infrastructure	Targets convenience of return, the step where most reuse schemes lose volume	Needs venue buy-in, siting, power and collection logistics to scale
ACG RecycloPod PP Ultra	Multi-material barrier blister replaced with a PP/EVOH/PP forming web and PP lidding film	Design for recycling	Keeps the pack predominantly one polymer while holding barrier performance for sensitive formulations	Still a laminate; recyclability grading depends on how sorting and reprocessing treat the EVOH layer

What to do now

If you’re closing out a single-use plastics compliance gap, check whether the fix (like a paper straw) also removes any loose secondary plastic, such as a wrapper, rather than just substituting the headline part.
If you’re building or buying into a reuse scheme, budget design time and money for the return infrastructure, not only the reusable item. Ask how convenient return actually is at the point of use.
If you’re specifying a high-barrier plastic pack, ask the supplier for the independent recyclability assessment behind any “mono-material” or “predominantly PP” claim, not just the barrier transmission data, and revisit it as EU recyclability criteria under the PPWR are finalised.
Where a redesign is pitched as a sustainability improvement, keep the claim specific to what actually changed. Readers and regulators will ask about the parts of the pack that didn’t change.