Written by Ashley Moscrop, Managing Director, Dufaylite Developments Ltd
Reviewed by Paul Gill, Head of Sales, Envirolite and Ultra Board
Last updated: 16 July 2026
Key takeaways
- An electronics packaging EPS alternative replaces moulded expanded polystyrene (EPS) and expanded polyethylene (EPE) foam fitments with engineered paper honeycomb cradles, inserts and corner protection matched to the specific unit by an in-house lab.
- Paper honeycomb is 100% recyclable in standard kerbside paper streams under Simpler Recycling (England-wide since 31 March 2026), so the end customer recycles it with the cardboard box — unlike EPS and EPE foam, which need specialist collection.
- Paper-based packaging carries lower Extended Producer Responsibility (EPR) liability than polystyrene because better-recyclability ratings attract lower modulated fees; the Red/Green modulation gap widens through pEPR Year 2 (2026/27).
- Plastic Packaging Tax sits at £228.82 per tonne from 1 April 2026 and applies wherever a plastic component is present in packaging — a cost pure paper honeycomb does not carry.
- Dufaylite is the only UK manufacturer of paper honeycomb itself — not a converter and not an importer — giving electronics brands shorter lead times, lower transport carbon and UK supply-chain security.
An electronics packaging EPS alternative replaces moulded expanded polystyrene and EPE foam fitments with engineered paper honeycomb cradles, inserts and corner protection. Paper honeycomb delivers equivalent or better cushioning for high-value components, is 100% recyclable in standard kerbside paper streams, and carries lower EPR liability than EPS — making it the compliant, lower-cost choice for electronics manufacturers shipping at volume.
For most electronics and appliance manufacturers, the question stopped being “should we drop polystyrene?” some time ago. The brand team wanted EPS gone for years. Now procurement wants it gone too, because the cost of expanded polystyrene at volume has moved. The real question is the practical one: what protects a fragile, high-value unit in transit, survives the drop test, and is genuinely recyclable when the customer unboxes it?
This guide to choosing an electronics packaging EPS alternative answers that head-on. It covers why the commercial case against polystyrene tightened in 2026, what protection electronics transit actually demands, how the polystyrene-free options compare, and how to switch without compromising the protection your engineers are paid to guarantee.
Why electronics manufacturers are replacing EPS in 2026
The decisive shift behind every electronics packaging EPS alternative in 2026 is financial, not reputational. Three regulatory cost pressures now land on expanded polystyrene at volume, and they hit the procurement line directly rather than the marketing budget.
The first is Extended Producer Responsibility (EPR). Under EPR, every producer pays — there is no “EPR-free” material and no way to avoid the scheme. What changes is how much you pay. Fees are modulated against how recyclable the packaging is, assessed under the Recyclability Assessment Methodology (RAM). Paper-based packaging that enters standard kerbside streams is Green-rated and attracts lower modulated fees; poorly-recyclable formats such as EPS are Red-rated and pay materially more. You can read the current rules in the GOV.UK Extended Producer Responsibility guidance.
There is a timing nuance worth understanding. pEPR Year 1 base fees have effectively been held flat while the scheme absorbs a large funding shortfall up front. But the modulation gap — the cost difference between Red-rated and Green-rated packaging — opens up through Year 2 (2026/27), with the multiplier on Red-rated packaging escalating in later years. That makes now the planning window for any electronics packaging EPS alternative. The decision is simple: choose which side of the Red/Green line your fitments land on before the modulated fees start to bite.
The second pressure is the Plastic Packaging Tax, and it is one of the clearest financial arguments for an electronics packaging EPS alternative. It stands at £228.82 per tonne from 1 April 2026 and applies wherever a plastic component is present in packaging that does not meet the recycled-content threshold. EPS and EPE foam are both plastics. Pure paper honeycomb carries no plastic component at all, so it sits outside that liability. The GOV.UK Plastic Packaging Tax guidance sets out who is in scope.
The third pressure is the Packaging and Packaging Waste Regulation (PPWR), which applies from 12 August 2026. For any electronics brand exporting to the EU, PPWR adds design pressure on recyclability and material minimisation — the regulation pushes packaging towards formats that are demonstrably recyclable and uses the least material needed for the job. A single-material paper format answers both demands, which is part of why an electronics packaging EPS alternative is now a design-stage decision, not an afterthought.
Sitting underneath all of this is Simpler Recycling, which came into force across England on 31 March 2026. It standardises kerbside collection of paper and card, which means a paper honeycomb fitment goes straight into the same household stream as the cardboard outer box. EPS cannot. That single fact reframes the end-of-life story for the consumer and for the retailer specifying your packaging — and it is why an electronics packaging EPS alternative is the simpler answer at the kerbside.
Retailer mandate compounds all three. Major electronics retailers and marketplaces are tightening their requirements on EPS, because chunks of white polystyrene are the most visible “wrong” material a customer finds when they open a premium device. For the brands they buy from, a recyclable electronics packaging EPS alternative is increasingly a contract condition, not a preference. Put together, the commercial case for an electronics packaging EPS alternative is a total-cost-of-ownership question — EPR liability, Plastic Packaging Tax exposure, damage rates and waste-handling all on the same spreadsheet.
What protection does electronics transit actually need?
Before comparing materials, it helps to be precise about what electronics transit demands — because “replace the foam” is too blunt an instruction. Any electronics packaging EPS alternative has to match what moulded EPS and EPE foam were doing across several distinct, exacting jobs.
Electronics are unforgiving cargo: heavy bases, fragile boards, vulnerable connectors and finished cosmetic surfaces, often in a single high-value unit that cannot arrive marked or rattling. A credible electronics packaging EPS alternative has to cover four protection jobs cleanly, and any electronics packaging EPS alternative that falls short on one of them will not pass engineering sign-off.
Component cushioning and cradling. The core job is suspending a fragile or heavy unit so that drop and vibration energy never reaches the sensitive parts. Moulded EPS cradles held devices in a fixed position and absorbed shock; a replacement has to hold the same geometry and cushion to the same tested specification. This is the workhorse job, and the first one any electronics packaging EPS alternative has to match.
Corner and edge protection. Corners and edges take the worst of every drop and the full weight of stacked pallets in transit. Rigid corner protectors and edge guards have to absorb impact and resist crushing without transferring load into the device itself.
Surface and cosmetic protection. Premium electronics — screens, brushed metal, gloss housings — need a surface layer that prevents abrasion and pressure marks without trapping moisture against the finish. A replacement has to protect the cosmetic surface without leaving residue or marking it.
Fitments, void fill and handling. Internal fitments locate accessories, cables and documentation; void fill stops movement inside the box without adding shipping weight; and the whole pack has to handle and palletise cleanly on the line. An electronics packaging EPS alternative has to cover these supporting jobs as efficiently as the foam it replaces.
The objection most packaging engineers raise here is fair: “we’ve tried paper alternatives before and they weren’t strong enough.” That objection is almost always about an off-the-shelf paper product asked to do a job it was never engineered for. The answer is not a generic paper sheet. It is engineered paper honeycomb, designed for the specific unit, drop profile and box — and we will come to exactly how that engineering works below.
The electronics packaging EPS alternative options compared
There are four credible material routes to an electronics packaging EPS alternative, and an honest assessment of each is worth more to a sign-off than a sales pitch. Each has a genuine place; only one fits most demanding electronics transit.
Engineered paper honeycomb (Envirolite). Envirolite is Dufaylite’s paper honeycomb packaging solution — a 100% recycled paper honeycomb core, faced with recycled paper or kraft depending on the application, engineered to the specific electronic unit. It is rigid, light and stiff, it cushions to a tested specification, and it goes into the kerbside paper stream at end of life. Because it is bespoke-engineered rather than off-the-shelf, it answers the “paper wasn’t strong enough” objection directly. This is the route this guide recommends for most electronics transit, and the rest of the post explains why.
EPE foam (and the EPP comparison). Expanded polyethylene (EPE) foam is flexible, cuts to shape and handles irregular forms well. Expanded polypropylene (EPP) is its tougher, more durable cousin, often used for returnable transit fittings and sometimes pitched as the “more recyclable” foam. Both are still plastics — exactly the thing an electronics packaging EPS alternative is meant to remove. Neither is accepted in most local-authority kerbside streams, both carry Plastic Packaging Tax exposure, and both attract higher EPR liability than paper. They solve the protection problem while leaving the cost and compliance problem firmly in place.
Moulded pulp. Moulded pulp is paper-based and recyclable, which makes it attractive — on paper, literally. Its weaknesses show up with heavy, high-value electronics: it can struggle with concentrated impact and weight, it requires expensive tooling and prototyping for each new shape, and minimum order quantities are high. For varied electronics product lines, the tooling cost and weight penalties often rule it out as the main electronics packaging EPS alternative.
Corrugated build-ups. Multiple layers of corrugated board folded or laminated into a protective form are recyclable and familiar, and they qualify as an electronics packaging EPS alternative. The trade-off is material and labour: matching the cushioning of a moulded cradle takes a lot more board, which adds weight, freight carbon and assembly time on the packing line. For light accessories it can work; for the demanding cradle and corner jobs high-value electronics need, it is usually the bulkier, heavier answer.
One clarification matters before you compare. When people search for “honeycomb packaging” they sometimes mean the roll-format e-commerce wrap paper that expands into a hexagonal pattern when pulled from a dispenser. That is a different product made by other suppliers — Dufaylite does not manufacture it. Dufaylite makes structural paper honeycomb panels (Envirolite): rigid, engineered cradles and inserts, not expanding void-fill paper. Only the structural panel is built for the cradling, corner and pallet loads electronics transit demands.
Comparison table: paper honeycomb vs EPS vs EPP/EPE vs moulded pulp
The table below compares the four main routes to an electronics packaging EPS alternative across the criteria that decide an electronics transit specification.
| Criterion | Paper honeycomb (Envirolite) | EPS (polystyrene) | EPP / EPE foam | Moulded pulp |
|---|---|---|---|---|
| Cushioning / cradling for fragile units | Engineered to spec; strong for cradles, corners, heavy units | Strong, familiar baseline | Good, flexible; EPP durable | Limited for heavy / high-value items |
| Kerbside recyclable (what customers actually do) | Yes — standard paper stream | No — specialist collection only | No — not in most LA streams | Yes — paper stream |
| EPR liability direction | Lower (Green-rated, paper) | Higher (Red-rated) | Higher (plastic) | Lower (paper) |
| Plastic Packaging Tax exposure | None (no plastic component) | Yes | Yes | None |
| Bespoke engineering / tooling cost | Bespoke, no hard tooling, low MOQ | Tooling for moulded forms | Tooling for moulded forms | High tooling cost, high MOQ |
| Weight | Light | Light | Light | Heavier |
| Lead time / UK supply | UK manufactured, short lead times | Varies | Varies | Varies |
The pattern is clear when you are choosing an electronics packaging EPS alternative. Paper honeycomb and moulded pulp share the recyclability and EPR advantages; EPS, EPP and EPE foam share the plastic-cost and end-of-life problems. Where paper honeycomb separates itself from moulded pulp as an electronics packaging EPS alternative is on heavy, high-value units, on tooling cost, and on the freedom to engineer any cradle geometry without a capital commitment.
Why engineered paper honeycomb is the best electronics packaging EPS alternative
Engineered paper honeycomb is the strongest all-round electronics packaging EPS alternative because it combines tested protection with genuine kerbside recyclability and lower EPR liability — without the tooling cost of pulp or the plastic exposure of foam. Here is what sits behind that.
It is engineered, not improvised. This is what separates an electronics packaging EPS alternative that works from the paper alternatives that disappointed people before. Every Envirolite solution is designed by an in-house lab around the specific unit, box and pallet dimensions. The honeycomb core comes in cell sizes of 8mm, 15mm, 27mm and 47mm, and thicknesses from 6mm to 100mm. That range lets the lab tune stiffness and cushioning precisely to the drop height and stacking load your device faces. A cradle for a heavy networking unit and a corner protector for a slim display are different engineering problems, and they get different solutions. This is the direct answer to “paper wasn’t strong enough before” — a generic paper sheet and a tuned honeycomb cradle are not the same thing.
The material is honest. The core is 100% recycled paper honeycomb. The facings are recycled paper or kraft depending on what the application needs — recycled paper as the default, kraft or white kraft where extra stiffness or print performance matters. The glue is water-based, VOC-free and PFAS-free. There is no plastic anywhere in the structure, which is what keeps it out of Plastic Packaging Tax scope and in the kerbside paper stream — the two foundations of the cost case for an electronics packaging EPS alternative.
It is the only paper honeycomb made in the UK. Dufaylite is the sole UK manufacturer of paper honeycomb itself — not a converter who buys honeycomb in and cuts it, and not an importer who ships it from Europe and converts it here. Smurfit Kappa, for example, imports honeycomb from Europe for UK conversion. Manufacturing the honeycomb in the UK means shorter lead times, lower transport carbon and UK supply-chain security that imported alternatives cannot match — a real advantage when an electronics product launch needs packaging engineered and delivered to a tight timeline.
The credentials are verified. Dufaylite is Carbon Neutral Britain™ certified across all product lines. The paper is FSC certified (C186880), covering responsible sourcing across recycled and virgin fibres. On food safety, Dufaylite holds the BRCGS AA Global Food Safety Standard — and is the only paper honeycomb provider in the world to hold it. That is a supplier-level differentiator within the honeycomb category; BRCGS is determined by the manufacturer’s processes, not by the material, so it sets Dufaylite apart from other honeycomb makers rather than from foam or pulp as a class. For electronics work, the certifications matter most as proof of process control and as the credentials your sustainability and ESG colleagues can put in a report. There is also an independently verified carbon position: a CarbonQuota study found Envirolite produces a 35–70% lower carbon footprint than EPS polystyrene alternatives across its lifecycle — a lower-carbon alternative, verified by a third party, with the detail on the Dufaylite carbon footprint study page.
If you want to see the formats this electronics packaging EPS alternative applies to — cradles, fitments, corner protection and surface panels — the electronics packaging range sets them out, and the broader sustainable packaging solutions page covers the wider Envirolite line.
Mid-point: see the range and request samples
If your electronics lines still run on moulded EPS and EPE foam, the practical next step is to put a sample in front of your engineering and procurement teams. You can talk to our packaging team and ask for fitments engineered to your own units — the only way to settle the “is it strong enough?” question is to drop-test it on your product.
How to switch from EPS in electronics packaging
Switching to an electronics packaging EPS alternative does not mean redesigning your whole packing process. It is a structured, supported transition that runs in five steps, and at no point does your team carry the engineering risk alone.
1. Audit your current EPS and EPE foam use by component. Go through each product line and list every place polystyrene or foam currently does a job — cradles, corner blocks, edge guards, surface pads, void fill. This gives you a clear, component-level picture of what needs replacing and where the volume sits.
2. Brief the unit, drop profile and box dimensions. For each component, share the unit, its weight, the drop heights and stacking loads it faces in transit, and the box and pallet dimensions. The more specific the brief, the more precisely the solution can be engineered — which is where the bespoke packaging process earns its keep.
3. The lab engineers and prototypes the honeycomb solution. Dufaylite’s in-house lab selects the cell size, thickness and facing for each component and produces prototypes. There is no expensive tooling step and no high minimum order quantity to commit to before you have seen the solution.
4. Drop-test against your current protection. Run the engineered honeycomb against your existing EPS or EPE foam in your own transit tests. The point is to prove equivalent or better protection before anything changes on the line — which is exactly what answers the engineering sign-off question your team will raise.
5. Phase in with line-compatibility checks. Once the protection is proven, phase the new electronics packaging EPS alternative in, checking it works with your existing packing line, fitment-loading and pallet handling. Most switches are straightforward drop-in replacements that do not disrupt the process.
Run that way, an electronics packaging EPS alternative is a managed change, not a leap of faith — and the supplier carries the engineering load, not your team. For the underlying material logic, our guide to how to replace polystyrene in packaging and the polystyrene vs paper honeycomb comparison both go deeper.
Frequently asked questions
What is an alternative to EPS packaging?
The main alternative to EPS packaging is engineered paper honeycomb, alongside EPE foam, moulded pulp and corrugated build-ups. For electronics transit, engineered paper honeycomb is usually the best electronics packaging EPS alternative: it matches or beats moulded EPS for cushioning, is 100% recyclable in standard kerbside paper streams, carries lower EPR liability, and is bespoke-engineered to the specific unit rather than supplied off the shelf. EPE foam and moulded pulp both have a place, but foam is a plastic with the cost and recyclability problems that come with it, and pulp struggles with heavy, high-value devices.
What is the difference between EPP and EPS material?
EPS (expanded polystyrene) and EPP (expanded polypropylene) are both expanded plastic foams, but they behave differently. EPS is rigid, brittle and single-use — it cracks and crumbles on heavy impact and is the familiar white moulded fitment. EPP is tougher, more flexible and resilient to repeated impact, which is why it is used for returnable transit fittings. The key point for packaging engineers is that both are plastics: neither is kerbside recyclable in most areas, both carry Plastic Packaging Tax exposure, and both attract higher EPR liability than a paper-based electronics packaging EPS alternative such as engineered paper honeycomb.
What is the best sustainable packaging option for electronics?
For most electronics transit, the best lower-impact packaging option is engineered paper honeycomb. It replaces moulded EPS and EPE foam cradles, corner protectors and fitments with a 100% recycled paper core that is rigid, light and tuned to the specific unit. It is 100% recyclable in standard kerbside paper streams, carries no plastic component and therefore no Plastic Packaging Tax, and attracts lower EPR liability than foam. Because it is engineered rather than off-the-shelf, it answers the protection question that off-the-shelf paper products could not — which is why it is the leading electronics packaging EPS alternative for high-value hardware.
Is EPS just styrofoam?
In everyday terms, yes — “styrofoam” is the common name for expanded polystyrene (EPS), the rigid white foam used in moulded packaging fitments. Strictly, Styrofoam is a trademarked extruded polystyrene product, but most people use the word loosely to mean any white polystyrene foam. Whatever you call it, EPS is a single-use plastic: it is not kerbside recyclable in most of the UK, it carries Plastic Packaging Tax exposure, and it sits on the Red side of EPR recyclability ratings. That combination is exactly why electronics manufacturers are moving to a recyclable, paper-based electronics packaging EPS alternative.
Does paper packaging really carry lower EPR liability, or does EPR favour plastics?
Paper packaging carries lower EPR liability than polystyrene because better-recyclability ratings attract lower modulated fees. You may have seen analysis suggesting EPR can favour some plastics — that applies specifically to paper-plastic composites with more than around 15% plastic content, where the plastic layer drags the recyclability rating down. It does not apply to pure paper honeycomb, which has no plastic component and stays entirely in the paper stream. For a single-material paper electronics packaging EPS alternative the position is straightforward: lower EPR liability, no Plastic Packaging Tax, and kerbside recyclability. The composite caveat actually sharpens the case for a single-material paper format.
The bottom line for electronics manufacturers
Choosing an electronics packaging EPS alternative is no longer a trade-off between protection and compliance. Engineered paper honeycomb matches or beats moulded EPS and EPE foam for cradling, corner, edge and surface protection, recycles kerbside with the cardboard box, and carries lower EPR liability and no Plastic Packaging Tax exposure — while being made in the UK with shorter lead times than imported alternatives. With the EPR modulation gap widening in Year 2, PPWR applying from 12 August 2026, and Plastic Packaging Tax at £228.82 per tonne, the planning window for electronics brands is now.
The fastest way to settle the protection question is to drop-test the alternative on your own product. Talk to our team about a sample pack of Envirolite paper honeycomb engineered for your electronics packaging, and we will run the engineering against your current EPS so the comparison is on your units, not ours.
