A 2026–2030 PPWR Action Plan for New Cosmetic Packaging Development

2026: Build a Packaging Baseline Before Redesigning

The first step is not choosing a new resin. It is documenting the package that the brand is actually developing.

Create one controlled record for the complete packaging unit:

• primary container material and weight;
• shoulder, base, inner wall or insert materials;
• pump, actuator, dip tube, spring, valve, gasket and closure materials;
• label, sleeve, ink, coating, metallisation, adhesive and decoration;
• components that remain attached during disposal;
• components a user is expected to separate;
• secondary packaging and inserts;
• supplier, manufacturing plant and specification revision;
• target formula, fill volume, market and launch date.

This baseline exposes hidden complexity. A nominally polypropylene bottle, for example, may still contain a pump, metal component, elastomer, label and decoration that affect sorting, separation or recycling. PPWR recyclability assessment considers integrated and separate components, not only the material named in the product title.

Assign Economic-Operator Responsibilities

Clarify who is the manufacturer, importer, supplier, filler and producer for each route to market. Under PPWR, manufacturers must perform the applicable conformity assessment, prepare technical documentation and draw up an EU declaration of conformity when compliance has been demonstrated. Suppliers must provide information and documentation needed by the manufacturer.

A supplier declaration is useful evidence, but it does not replace the responsible economic operator's own assessment. Contract documents should define who supplies:

• material composition and component weights;
• recycled-content evidence;
• manufacturing-plant identification;
• specifications and controlled drawings;
• test reports;
• change notifications;
• information needed for technical documentation.

2027: Screen Designs Before Tooling Becomes a Constraint

In 2027, compare packaging concepts while geometry, decoration and component selection are still changeable.

Use a Component-Level Recyclability Review

Ask these questions for every component:

1. What material stream is expected to receive the component?
2. Can collection and sorting systems identify the package?
3. Does its size, colour or shape create a sorting risk?
4. Can attached components be separated during normal recycling processes?
5. Could a label, sleeve, coating, adhesive, metallised finish or pigment interfere with sorting or material quality?
6. Does the component prevent the main body from producing useful secondary material?
7. What evidence supports the answer in the intended market?

The regulation establishes recyclability grades A, B and C. Under the framework in Annex II, performance below 70% is treated as technically non-recyclable. The design-for-recycling placement restriction applies from January 1, 2030 or 24 months after the relevant delegated acts enter into force, whichever is later. The detailed criteria are therefore essential inputs to the final assessment.

Buyer decision: Prefer architectures that leave room for adjustment. A simplified component structure, removable decoration or alternative actuator can be easier to update than a highly integrated pack after tooling is complete.

Do Not Treat “Mono-Material” as a Legal Shortcut

PPWR does not create a universal rule saying every cosmetic package must be mono-material. A mono-material direction may improve compatibility with a recycling stream, but only if the complete pack can be collected, sorted and recycled under the applicable criteria.

Conversely, a multi-component package is not automatically disqualified. The practical issue is whether its components and materials meet the applicable assessment rules and do not hinder the recyclability of the main body.

2027–2028: Build the Correct PCR Strategy

Cosmetic packaging is included in the definition of contact-sensitive packaging because the definition refers to products within the scope of the EU Cosmetics Regulation.

For planning purposes, Article 7 establishes these 2030 minimum recycled-content levels for plastic packaging:

Plastic packaging category	2030 planning target
Contact-sensitive packaging with PET as the major component, excluding single-use beverage bottles	30%
Contact-sensitive packaging made from plastics other than PET, excluding single-use beverage bottles	10%
Other plastic packaging outside the listed contact-sensitive and beverage categories	35%

The legal trigger is January 1, 2030 or three years after the relevant calculation-method implementing act enters into force, whichever is later. The percentages are calculated by packaging type and format as an average per manufacturing plant and year. They should not be presented as a universal per-unit percentage for every cosmetic pack.

Questions to Ask Before Specifying PCR

• Is the plastic part classified as PET contact-sensitive, non-PET contact-sensitive or another category?
• Which manufacturing plant will produce the packaging?
• How will the annual average be calculated and verified?
• Is the input post-consumer recycled material under the PPWR definition?
• What traceability evidence will accompany each production route?
• Can the supplier maintain colour, odour, mechanical and dimensional requirements?
• Does the PCR option remain compatible with the formula and decoration process?
• How will changes in recycled feedstock or plant location be controlled?

Any plastic part representing less than 5% of the total weight of the complete packaging unit is outside the Article 7(1) and 7(2) requirements. Do not apply that rule from an estimated weight: record the component mass and retain the calculation.

PCR Content Does Not Replace Compatibility Testing

The recycled-content target does not override cosmetic product safety, formula stability or packaging performance requirements. A PCR resin can differ in colour, odour, processing behaviour or mechanical consistency from a virgin grade.

Before approval, define tests appropriate to the formula and pack, which may include:

• material and formula compatibility;
• leakage and seal integrity;
• pump output or dosage consistency;
• torque and closure performance;
• accelerated and real-time ageing;
• temperature cycling;
• drop and transport testing;
• colour, appearance and odour monitoring;
• decoration and adhesion performance.

The exact protocol should be set by the brand's packaging, quality and regulatory teams for the product and distribution route.

2028: Reassess the Design Against Published Criteria

PPWR requires the Commission to establish detailed design-for-recycling criteria and the related assessment methodology through delegated acts. When those criteria are available, reopen every active project rather than assuming an earlier supplier score remains valid.

The reassessment should cover:

• the correct Annex II packaging category;
• every integrated and separate component;
• component separability;
• sorting compatibility;
• expected recycling yield;
• the quality of the resulting secondary material;
• decorative and functional elements;
• the evidence required for the technical file.

Create a formal decision record for each gap:

Gap	Possible response
Decoration interferes with sorting	Reduce coverage, change process or qualify an alternative
Mixed-material component limits recycling	Redesign, make separable or select another mechanism
PCR supply lacks traceability	Qualify another source or delay the claim
Lightweighting affects performance	Rebalance geometry and retest
Refill concept lacks a return/refill system	Reframe it as a replaceable-component format or develop the operational system
Evidence depends on an unpublished method	Keep the specification provisional and schedule reassessment

2028–2029: Prove Packaging Minimisation

By January 1, 2030, manufacturers or importers must ensure packaging weight and volume are reduced to the minimum necessary for functionality. PPWR also targets characteristics intended only to increase perceived product volume, including unnecessary layers, false bottoms and double walls, subject to the regulation's conditions and limited exceptions.

For cosmetic packaging, minimisation should be an engineering exercise rather than a simple weight-reduction target.

Document why each element is needed for:

• product protection;
• hygiene and safety;
• dispensing and complete evacuation;
• mechanical resistance;
• manufacturing and filling;
• transport and storage;
• information and legal labelling;
• accessibility and consumer use;
• reuse or refill cycles, where applicable.

Then test whether the same function can be achieved with:

• lower component weight;
• fewer decorative layers;
• less empty or hidden volume;
• a simpler insert;
• a smaller closure;
• reduced secondary packaging;
• standardised parts across a product family.

The technical documentation should preserve the calculations, test results, market research or studies used to justify the final design. “Luxury appearance” alone should not be used as the only justification for avoidable mass or volume.

Should a Beauty Brand Choose Refillable Packaging?

Refillable packaging can reduce repeated use of some durable components, but it is not automatically the lowest-risk PPWR route.

A refillable concept must be evaluated as a system:

• Which component is retained and which becomes waste?
• How many cycles can the retained component perform?
• Can it be refilled safely and without damage?
• Is the refill component itself recyclable?
• Is a refill or return system available in the target market?
• Does the consumer understand how to separate or return the parts?
• Does the complete system reduce material use under realistic behaviour?
• Can the brand support cleaning, hygiene and traceability requirements where relevant?

Where a refill direction fits the brand's model, review a replaceable-inner packaging format as a development reference, not as proof of PPWR compliance. The complete structure, formula, decoration, market and evidence still require project-specific assessment.

2029: Complete Validation and Documentation

By 2029, the objective should be to convert a preferred design into a controlled production specification.

Technical Validation File

Include, as applicable:

• approved drawings and bill of materials;
• component weights and material specifications;
• packaging category rationale;
• design-for-recycling assessment;
• PCR calculation and traceability evidence;
• minimisation assessment;
• compatibility and functional test reports;
• transport validation;
• refill or reuse evidence, where relevant;
• artwork and labelling specifications;
• supplier declarations;
• manufacturing-plant details;
• deviation and change-control history.

PPWR requires the EU declaration of conformity to follow the model in Annex VIII and remain updated. The regulation requires technical documentation and declarations for single-use packaging to be retained for five years after placement on the market and for reusable packaging for ten years.