How Can Beauty Brands Reduce Packaging Waste? 10 Practical Strategies

Beauty brands are under increasing pressure to reduce packaging waste.

Consumers want more sustainable products. Retailers are asking suppliers for better environmental performance. Regulations are becoming more demanding. At the same time, brands still need packaging that protects formulas, survives logistics, looks premium and supports a strong consumer experience.

The challenge is not simply to replace plastic with another material.

A more effective approach is to ask:

How can we prevent unnecessary packaging from being created in the first place?

Then ask:

How can we reuse, reduce, recycle or make the remaining packaging with recycled content?

The Ellen MacArthur Foundation describes waste prevention as a design challenge: products and packaging need to be designed with their next stage of use and end-of-life in mind.

For beauty brands, this means packaging sustainability should begin during product development—not after the packaging has already been finalized.

What Is Packaging Waste in the Beauty Industry?

Cosmetic packaging waste is not limited to the container that consumers see.

A beauty product can involve:

primary packaging;
caps and closures;
pumps;
inner containers;
labels;
decoration;
cartons;
inserts;
protective films;
shipping packaging.

Packaging waste can therefore be reduced at several levels.

For example:

Level 1 — Eliminate: Remove packaging that does not provide a necessary function.

Level 2 — Reduce: Use less material for the same function.

Level 3 — Reuse: Design packaging or components for repeated use.

Level 4 — Recycle: Design the package for an appropriate recycling pathway.

Level 5 — Recycled content: Replace part of virgin feedstock with verified recycled material where technically and legally appropriate.

This hierarchy is important because increasing recyclability does not necessarily reduce the amount of material used.

A lighter package creates less material waste from the beginning.

A refill system can potentially avoid producing a complete outer package again.

A recyclable package creates a pathway for material recovery after use.

Each strategy addresses a different problem.

1. Reduce Packaging Weight Before Changing Materials

One of the most direct ways to reduce packaging waste is lightweighting.

If a bottle, tube or jar can perform its required function with less material, fewer resources are needed to manufacture and transport every unit.

For example, brands can evaluate:

thinner walls;
optimized closures;
smaller components;
reduced secondary packaging;
smaller labels;
simplified internal structures;
more efficient package shapes.

This principle is also reflected in the EU PPWR. Article 10 requires, from January 1, 2030, packaging placed on the EU market to be designed so that its weight and volume are reduced to the minimum necessary to ensure functionality. The regulation also addresses packaging features that exist primarily to make the product appear larger, including certain unnecessary layers and structures.

For beauty brands, this creates a useful development principle:

Do not add material unless it provides a meaningful function.

2. Remove Unnecessary Secondary Packaging

Secondary packaging is one of the easiest areas to review.

Ask whether each element performs a genuine purpose.

Examples include:

outer cartons;
plastic windows;
decorative inserts;
multilayer sleeves;
inner trays;
unnecessary films;
oversized boxes.

Luxury beauty products often use multiple packaging layers to create a premium unboxing experience.

That experience can be redesigned without automatically increasing material consumption.

For example, a premium surface treatment directly on a cosmetic bottle may eliminate a separate decorative layer.

A structural redesign may allow a smaller carton while maintaining shelf presence.

The correct question is not:

“Can we remove this packaging?”

It is:

“What function does this packaging provide, and is there a lower-material way to achieve that function?”

3. Choose the Right Packaging Size

Oversized packaging creates waste before the consumer even opens the product.

An unnecessarily large container can increase:

material consumption;
warehouse volume;
transportation volume;
shipping emissions;
secondary packaging requirements.

Beauty brands should therefore match package dimensions to:

Formula volume + dispensing requirements + protection requirements + logistics.

A 50 ml product does not automatically need a package that visually appears to hold 100 ml.

This is not only a sustainability consideration. Better packaging efficiency can also improve logistics and warehouse utilization.

4. Consider Refillable Packaging When the Business Model Supports It

Refillable packaging can change the basic consumption model.

Instead of:

Buy product → dispose of entire package → buy another complete package

the system becomes:

Buy durable outer package → purchase refill → reuse outer package

The key advantage is that the durable component can remain in circulation longer.

L'Oréal describes refillable packaging as an important element of its sustainability strategy and identifies reuse, lightweighting and resizing as part of its “3Rs” approach to reducing packaging intensity.

However, refillable packaging should not be treated as an automatic sustainability solution.

A refill system works best when:

the outer package is sufficiently durable;
the refill is substantially less material-intensive;
refills are readily available;
consumers understand the system;
the refill process is hygienic;
the business model encourages repeat use.

Topfeelpack develops refillable packaging for skincare applications, including refillable airless pump bottles.

For example, the PA97 PCR Refillable Airless Pump Bottle is a refillable airless packaging format available in 30 ml, 50 ml and 100 ml sizes and supports PCR material options.

5. Use Mono-Material Packaging Where It Makes Technical Sense

Another route is to simplify the packaging structure.

Mono-material packaging can reduce material complexity and may make recycling easier when the relevant recycling infrastructure exists.

For example, Topfeelpack offers mono-PP packaging formats designed around PP components.

The PA186 Mono-PP Airless Packaging is one example for skincare applications.

However, brands should avoid the assumption:

Mono-material = automatically recyclable everywhere.

The complete finished package still needs to be evaluated.

This is particularly important when brands add:

metallic finishes;
labels;
adhesives;
non-compatible pumps;
decorative layers;
silicone components;
metal parts.

Mono-material design is a design strategy, not a universal recycling guarantee.

6. Increase the Use of Recycled Content Responsibly

PCR, or post-consumer recycled material, can help reduce dependence on virgin materials by incorporating material that has already been used and recovered.

This creates a second important sustainability question:

Can the package not only be recyclable, but also become part of a recycled-material loop?

Large beauty and consumer-goods companies are already setting recycled-content targets.

For example, Unilever reported that its packaging contained 21% recycled plastic in 2024, compared with its target of 25%, while its virgin plastic packaging footprint had been reduced by 23% from its 2019 baseline.

These are company-specific results and should not be interpreted as an industry average.

The lesson for smaller beauty brands is that PCR should be treated as an engineered packaging input rather than simply a marketing label.

Brands need to evaluate:

PCR source;
consistency;
color;
odor;
mechanical performance;
regulatory suitability;
formula compatibility;
decoration;
available supply;
target recycled-content percentage.

7. Do Not Forget the Pump

One of the biggest challenges in cosmetic packaging is that the container body may be recyclable while the dispensing system is much more complex.

A typical cosmetic pump can include several different materials.

This means brands should review the pump architecture rather than evaluating only the visible bottle.

This is especially important for:

airless bottles;
lotion pumps;
serum pumps;
treatment pumps;
spray dispensers.

Topfeelpack's product range includes both conventional and simplified pump structures.

For brands exploring sustainability-led packaging development, the key question is:

Can the dispensing performance required by the formula be achieved with fewer or more compatible materials?

That is a packaging engineering question, not simply a marketing question.

8. Design Packaging to Help Consumers Empty the Product

Packaging waste is not only packaging material.

It can also include product left behind inside the package.

This is especially important for high-value formulas such as:

serums;
creams;
eye treatments;
masks;
sunscreens;
emulsions.

If the package makes it difficult for consumers to access the last portion of the formula, product waste can increase even when the package itself is technically recyclable.

Airless systems, controlled dispensing and suitable internal geometry can therefore help brands think beyond the physical package.

The objective should be:

Use more of the formula + use less unnecessary packaging.

9. Work With Packaging Suppliers Earlier

One of the common mistakes is involving the packaging supplier only after the formula and branding decisions are already finished.

By that stage, changing the package can be expensive.

A more effective development process is:

Stage 1 — Define the Sustainability Objective

For example:

reduce plastic;
introduce PCR;
develop a refill system;
simplify material structure;
reduce packaging weight;
prepare for EU market requirements.

Stage 2 — Define Technical Constraints

Consider:

formula compatibility;
barrier requirements;
shelf life;
filling process;
dosage;
transport;
target markets.

Stage 3 — Compare Package Structures

Compare:

Virgin plastic vs PCR
Multi-material vs mono-material
Single-use vs refillable
Heavy-wall vs lightweight

Stage 4 — Prototype and Test

Check:

leakage;
compatibility;
dispensing;
drop resistance;
compression;
transportation;
shelf life.

Stage 5 — Review the Finished Package

Do not assess only the theoretical material.

Review every major component.

10. Build Packaging Waste KPIs

“Make packaging more sustainable” is too vague to manage.

Beauty brands should establish measurable packaging KPIs.

Useful indicators include:

Packaging Weight per Finished Product

How many grams of packaging are used for one retail unit?

Virgin Plastic per Unit

How much new plastic is used?

Recycled Content Percentage

How much verified recycled material is incorporated?

Refillable Packaging Share

What percentage of the portfolio supports a practical refill system?

Packaging Reduction

How many kilograms of packaging have been eliminated versus the previous design?

Recyclability Assessment

What recycling pathway has been identified for the finished package in each target market?

This transforms sustainability from a slogan into a measurable product-development process.

What the Beauty Industry's Data Tells Us

Sector-level data shows that there is still substantial room for improvement.

The Ellen MacArthur Foundation's 2022 cosmetics insights report, based on 2021 reporting from cosmetics signatories, found that 62% of their plastic packaging remained non-recyclable at that time.

The same report highlighted continued work on multilayer materials, PETG, carbon black, pumps and other packaging elements that can affect recyclability.

The data is not a current global recycling rate for the beauty industry. It is a snapshot of companies participating in the Global Commitment initiative.

Its value is that it shows why simply changing the primary resin is not enough.

Packaging systems need to be redesigned more comprehensively.

Case Study: How Packaging Design Can Reduce Waste

Colgate-Palmolive's recyclable toothpaste tube is a useful example from the broader personal-care sector.

Traditional toothpaste tubes commonly used mixed-material laminate structures that were difficult to process through conventional recycling systems.

Colgate developed an HDPE-based tube and worked with the Association of Plastic Recyclers to establish recyclability recognition. The company stated that the development process took more than five years and included testing of material structures and sorting behavior.

The important lesson is not simply the use of HDPE.

The lesson is:

Successful packaging sustainability often requires redesigning the entire package around the requirements of the recycling system.

A Practical Packaging Waste Reduction Framework for Beauty Brands

For a new cosmetic SKU, brands can use the following framework:

Step 1: Eliminate

Remove packaging that does not provide a necessary function.

Step 2: Reduce

Lightweight the primary and secondary packaging.

Step 3: Simplify

Reduce unnecessary material combinations.

Step 4: Reuse

Consider refillable formats where the business model supports repeat use.

Step 5: Recycle

Design the finished package for a credible recycling pathway.

Step 6: Recycled Content

Introduce PCR or other recycled feedstocks where technically and commercially appropriate.

Step 7: Measure

Track packaging weight, virgin material, recycled content and packaging reduction.

This approach is more robust than simply replacing one “traditional” material with another material marketed as “eco-friendly.”

How Topfeelpack Can Support Packaging Waste Reduction

Topfeelpack provides OEM/ODM cosmetic packaging solutions covering bottles, airless packaging, tubes, jars, stick packaging and other beauty packaging formats.

For brands working on packaging reduction, relevant approaches may include:

Mono-material packaging
Simplify the material structure where technically feasible.

PCR packaging
Introduce post-consumer recycled material according to the project requirements.

Refillable packaging
Develop packaging architectures that allow the outer component to remain in use longer.

Lightweight packaging
Optimize structure and material use while maintaining the required performance.

Airless packaging
Support formula protection and controlled dispensing for sensitive skincare formulas.

Relevant Topfeelpack solutions include refillable PCR airless packaging and mono-PP airless packaging.

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The Future of Sustainable Beauty Packaging Is Not One Material

There is a common mistake in sustainable packaging discussions:

trying to find one material that solves every problem.

The beauty industry is too diverse for that.

A facial serum may require an airless system.

A shampoo product may require a different dispensing structure.

A deodorant may benefit from a mono-material PP stick.

A premium cream may work with a refillable outer package.

A high-barrier formula may require a more complex material structure.

The correct solution therefore depends on:

Formula + Function + Market + Consumer Use + Manufacturing + End-of-Life

That is why packaging sustainability should be treated as a design and engineering process.

Final Takeaway

Beauty brands can reduce packaging waste by moving beyond the question:

“Which material should we use?”

A better framework is:

How little packaging do we need, how long can we keep it in use, and what can happen to it after use?

The most practical strategy combines:

Elimination + Lightweighting + Reuse + Refill + Mono-material Design + Recycled Content + Recyclability

Not every strategy is suitable for every product.

The objective is to select the combination that reduces material consumption while maintaining product protection, consumer experience, manufacturing efficiency and regulatory readiness.

For brands developing their next cosmetic packaging project, the earlier sustainability requirements are defined, the more opportunities there are to reduce waste without redesigning the entire product at the final stage.

Frequently Asked Questions

How can a beauty brand reduce packaging waste quickly?

Start with an audit of every packaging component. Identify unnecessary secondary packaging, oversized components, excessive material thickness and decorative elements that do not provide a functional benefit.

Is refillable packaging always better than recyclable packaging?

Not automatically. Refillable packaging can reduce the need to produce a new outer package when the system is actually reused multiple times. Its effectiveness depends on refill availability, consumer behavior, logistics and the material used for each refill.

Does using PCR automatically make packaging sustainable?

No. PCR can reduce reliance on virgin material, but brands still need to consider packaging weight, recyclability, formula compatibility, supply, quality and the environmental performance of the complete system.

What is the most effective way to reduce cosmetic packaging waste?

There is no single solution for every SKU. A strong starting point is to eliminate unnecessary components, reduce packaging weight, simplify material structures and evaluate refillable or reusable formats where practical.

Should brands redesign packaging because of PPWR?

Brands selling into the EU should review packaging development plans against the applicable PPWR requirements and timetable. The regulation includes packaging minimisation and progressively stricter recyclability requirements.

Regulatory note: This article is for packaging-development and marketing education and is not legal advice. Specific PPWR obligations should be assessed according to the relevant packaging type, market, company role and applicable regulatory guidance.

Post time: Sep-18-2026