Regulation (EU) 2025/40

If you make or sell electronics in the EU, two dates in the Packaging and Packaging Waste Regulation matter more than any other. They are often confused, and the difference decides how urgent your packaging project really is.

2030 is the design deadline

From 2030, packaging placed on the EU market has to meet a recyclability requirement under Article 7. In practice this is a design deadline: the pack itself has to be built to be recyclable. For electronics that almost always means dealing with EPS foam, because foam is the component most likely to pull a pack below the bar.

2038 is the market cut-off

From 2038, packaging that only reaches Grade C can no longer be placed on the market at all. Grade C is allowed in the years between 2030 and 2038, but it is a holding position, not a destination. If your plan is to land at C, you are really planning two projects: one now, and another before 2038.

How the bands work

PPWR grades recyclability in bands. The thresholds are simple:

• Grade A — 95% and above. The strongest position.
• Grade B — 80% to 94%. Recyclable at scale and comfortably compliant.
• Grade C — 70% to 79%. Allowed until 2038, then off the market.
• Below 70% — technically non-recyclable. Where most EPS foam sits.

There is no Grade D. And the percentage is assessed per packaging design, not fixed per material, so any per-material number you see should be treated as an estimate to confirm, never a regulatory constant.

The practical takeaway: aim for Grade B or A by 2030. Treating C as the target just moves the problem to 2038.

Where EPS foam falls

Expanded polystyrene cushions electronics well, but it is rarely collected and recycled at household scale, which pushes a pack toward the non-recyclable band. That makes foam the first thing to look at, and usually the first thing an auditor or retailer will question.

What to do this year

Map every product to its current grade, flag the ones held back by foam, and model the cost and lead time of the switch so you can sequence it. The brands that start now spread the cost and avoid a scramble before each deadline.

Beyond EPS

EPS foam protects products well, which is exactly why it is hard to give up. But under PPWR it is the component most likely to fail a recyclability grade. The good news: for most electronics there is a fibre-based route that protects just as well. The trick is matching the right alternative to the product.

Why foam has to go

Foam is light and absorbs shock, but it is rarely recycled at household scale. That drags a pack toward the technically non-recyclable band and makes it an audit flag. Replacing it is less about finding one magic material and more about choosing per product.

The four realistic routes

1. Molded fibre

Pulp trays shaped to the product. Strong recyclability, good drop protection, and a natural fit for many electronics units. The trade-off is tooling: shaped trays need a mould, so they suit established volumes.

2. Corrugated inserts

Folded board structures that suspend and brace the product. Widely recycled, easy to source, and low on tooling. Great for flat or boxy products; less ideal for very heavy or oddly shaped units.

3. Paper cushioning

Paper wraps and pads for lighter items and accessories. Simple to adopt, cheap, and recycled in the same stream as the carton.

4. Design it out

Sometimes the best move is to right-size the box and remove cushioning entirely. It is often the cheapest carbon and cost saving available, and it lowers EPR fees because you are placing less material on the market.

Protection, tooling cost, lead time and recyclability pull in different directions. The job is to compare them honestly for each product, not to pick one winner for the whole catalogue.

How to brief a supplier

Give the supplier the product weight, dimensions, drop and transit requirements, target recyclability grade and volumes. The clearer the brief, the better the bids. Avoid committing to a named material before you have compared options against your real constraints.

A note on suppliers

Not every molded-fibre supplier serves electronics, and some materials are themselves heading off the market. Check electronics fit and phase-out status against live sources before you tool up, so a fix today does not become a problem later.

Automation

The packaging transition is not really a science problem; it is a logistics problem. Most of the time goes on briefing suppliers, sending requests, chasing replies and re-keying numbers. Automating that is where a packaging platform earns its keep.

The manual way is the bottleneck

A typical RFQ round means writing a brief, emailing a handful of suppliers, waiting, copying their replies into a spreadsheet, and trying to compare bids that all come back in different formats. Do that across a product range and a quarter disappears.

What automation changes

• Pre-filled briefs. Specs, volumes and target grade are pulled from the product, not typed again.
• Unlimited RFQs at once. Select the products that need a new pack and the requests are generated together.
• Supplier landing pages. Each supplier responds on a clean page with real attachments, so replies arrive in a common format.
• Auto-added suppliers. Invite a supplier who is not yet in your workspace and they are added automatically when they respond.
• Scored comparison. Bids return on the same fields and slot straight into a side-by-side decision.

The point is not to remove the buyer. It is to remove the typing, the chasing and the reformatting, so the buyer spends time deciding, not assembling.

Why a connected data model matters

When suppliers, materials and products are linked, the right vendor is matched to the right RFQ automatically, and a change to a product updates the briefs that depend on it. That interconnection is what turns a pile of requests into a managed tender.

Keep the judgement human

Automation should remove effort, not accountability. Award decisions, target grades and any estimate stay with you, tagged and editable, so the result is defensible to finance and to an auditor.

Reporting

Most electronics brands treat PPWR compliance and CSRD reporting as two separate projects, run by two different teams, on two different spreadsheets. They are closer than that. The same packaging data feeds both, and building it once is the whole game.

What ESRS E5 asks for

ESRS E5 is the resource-use and circular-economy standard under the Corporate Sustainability Reporting Directive. For packaging, three areas matter: resource inflows (materials used, including recycled content), resource outflows (recyclability and reusability of what leaves), and waste.

The data overlap with PPWR

Look at what PPWR makes you collect: packaging mass by material, recycled content, recyclability grade and end-of-life routing. Those are exactly the inputs ESRS E5 wants. The compliance work you do to hit 2030 already produces most of your CSRD packaging disclosure.

• Mass by material → E5 resource inflows.
• Recyclability grade → E5 resource outflows.
• End-of-life routing → E5 waste.
• Recycled content → inflows, and your PPWR recycled-content story.

Build the packaging dataset once, with provenance on every number, and both the regulator and the auditor can draw from the same source.

Keep the disclosure honest

Specific ESRS E5 datapoints are still settling, so a good packaging disclosure is framed as a draft for your auditor, grounded in the standard, with anything uncertain flagged rather than invented. A policy statement should never be fabricated; it is adopted by a human or left out.

Why this saves the work twice

When the sustainability report pulls from the same model as the compliance tool, you stop reconciling two versions of the truth. Change a product and both update. That is the difference between an annual fire drill and a button press.

Extended Producer Responsibility

Beyond PPWR, every market you sell into charges you for the packaging you put on it. These Extended Producer Responsibility fees are easy to ignore until the invoice arrives, and they quietly reward exactly the design changes PPWR pushes you toward.

What EPR is

EPR makes the brand that places packaging on the market responsible for its end-of-life cost. You report the packaging you sell, and you pay a fee per tonne or per unit, usually adjusted for recyclability. Lighter, more recyclable packaging costs less.

The four markets that matter most

• Germany — LUCID / ZSVR. Registration in the LUCID packaging register and a licensing fee through a dual system.
• France — CITEO. Fees with eco-modulation that rewards recyclable, well-designed packaging.
• Netherlands — Verpact. The national packaging waste fund and reporting obligation.
• United Kingdom — pEPR. The UK's packaging EPR scheme, with fees scaling by material and recyclability.

The exact rates and formats differ and are still changing, so treat specific numbers as something to confirm with a compliance partner before filing.

The pattern is consistent across all four: less material and higher recyclability means lower fees. EPR and PPWR pull in the same direction.

Why it belongs in the packaging decision

If you only look at unit cost when comparing materials, you miss the fee impact. A slightly more expensive molded-fibre tray can be cheaper once lower EPR fees and a better grade are counted. Surfacing fee exposure alongside cost and grade is what turns a packaging choice into a financial decision your CFO can sign.

Make it part of the model

Track EPR exposure per country next to cost and recyclability, so every switch shows its full financial picture, not just the sticker price of the material.

Strategy

The biggest risk in a packaging transition is not missing a deadline. It is spending money on the wrong move: tooling for a material you abandon, a supplier who cannot scale, or a switch timed so badly it disrupts production. All of these are avoidable with a bit of modelling up front.

Three ways transitions go wrong

• Switching blind. Picking a material on instinct, then discovering the cost, lead time or grade does not work for that product.
• Dead-end materials. Moving to something that is itself heading off the market, so you pay twice.
• Bad timing. Flipping everything at once instead of sequencing around tooling and lead time.

Model before you commit

Run each product through transition scenarios and look at cost, CO2 and PPWR grade together, with realistic lead time. A good model shows the truth: costs hold during the lead-time ramp, then the change lands. Payback and NPV should follow that same curve, so the business case is honest rather than optimistic.

An instant-flip model that shows savings on day one is a red flag. Real transitions ramp, and the finance should ramp with them.

Sequence for cash flow

Once you can see the numbers per product, you can sequence the rollout to spread cost, prioritise the products with the worst grades or biggest EPR fees, and avoid bunching tooling spend into one quarter. That is how a compliance obligation becomes a managed investment.

Keep finance in the loop from the start

When the cost, payback and NPV all come from one model and reconcile across every screen, finance trusts the numbers and signs faster. De-risking is as much about a defensible business case as it is about the material.

Recyclability

"Recyclable" sounds like a yes-or-no property of a material. Under PPWR it is neither. It is a graded property of a packaging design, and it depends on whether the material is actually collected and recycled at scale, not just whether it can be in theory. That gap is where audits fail.

Recyclable in theory vs recycled at scale

A material can be technically recyclable and still score badly if there is no real collection and reprocessing stream for it. PPWR cares about what happens in practice. A pack that relies on a niche recycling route most consumers cannot access does not get the grade just because a lab can recycle it.

It is assessed per design, not per material

The grade applies to the whole packaging unit as designed, including how materials are combined, how easily they separate, and how the result behaves in real collection. Two packs using the same material can grade differently depending on design.

• Grade A — 95% and above.
• Grade B — 80% and above.
• Grade C — 70% and above (off the market from 2038).
• Below 70% — technically non-recyclable.

Because the percentage is per design, any single per-material number is an estimate to confirm, not a fixed regulatory value. Treat it as a starting point you can edit.

The assumption that fails audits

The common mistake is assuming a material is fine because it is "recyclable," without checking it is recycled at scale in the markets you sell to. EPS foam is the classic example: recyclable in principle, rarely recycled in practice, so it scores in the non-recyclable band.

What to do

Grade each pack against the real bands, keep the assumptions visible, and document the basis for every number. When the working is on show, the grade survives a regulator's questions.

Checklist

You do not need a consultant to find out where you stand on PPWR. A short, honest self-check tells you whether you are ahead, on track, or behind, and where to point your first euro. Work through these for your top products.

1. Do you know your current grade per product?

For each product, can you say which recyclability band its packaging sits in today? If not, that is step one. You cannot plan a transition you cannot measure.

2. Where is the EPS foam?

List every product that uses expanded polystyrene. Foam is the most common reason a pack lands in the non-recyclable band, so this list is usually your priority list.

3. Do you track recycled content?

For plastic components, do you know the recycled-content percentage, and can you back it up? This feeds both PPWR and your CSRD reporting.

4. Is your supplier list electronics-fit and current?

Do you have verified alternatives for the materials you would switch to, and have you checked none of them are themselves being phased out?

5. Can you produce a report on demand?

If your board or an auditor asked today, could you produce a packaging compliance and ESRS E5 view without a week of spreadsheet work?

Mostly "no"? You are normal, and you have time, but not unlimited time. The brands that start now spread the cost and avoid a 2029 scramble.

Turn the check into a plan

Once you have the answers, the next step is to grade the gaps, model the switches, and sequence the work. That is exactly what SustEnable automates: import your products and the readiness picture builds itself.