If you’ve ever squeezed out the last of a face wash, lip gloss, or serum from a plastic tube, you’ve probably tossed that tiny cylinder into the recycling bin—only to later wonder if it’s actually doing any good. As a cosmetic tubes supplier, I get this question all the time. When customers come to me asking about biodegradable cosmetic tubes, they’re not just looking for a trendy upgrade. They’re looking for a way to reduce the environmental impact of their packaging, without sacrificing the convenience or performance their consumers expect. For years, the answer to that question was mostly no. But today, that’s starting to shift—though it’s not as simple as swapping plastic for something that breaks down in your backyard. Let’s break this down, based on what I’ve seen working (and what’s still a work in progress) in the cosmetic packaging space. Cosmetic Tubes
First, let’s clear up a common misconception: not all “biodegradable” materials are created equal. The term itself is regulated loosely, especially in the beauty industry. A lot of brands will slap “biodegradable” on a tube that only has a thin layer of plant-based plastic, but leave the core structure made of traditional petroleum-based plastic. That core will still take hundreds of years to decompose, so it’s more greenwashing than real change. For a tube to be truly biodegradable, it needs to break down completely—into natural, non-toxic compounds—within a reasonable timeframe, usually 180 to 365 days, when exposed to the right conditions.
That brings us to the materials that actually fit this bill, and the ones we’ve been testing heavily here at our facility. The most promising so far is monomaterial PBAT, short for polybutylene adipate terephthalate. It’s a flexible polymer derived from both plant-based starches (like corn or sugarcane) and fossil fuels, but the key is that it’s designed to biodegrade in commercial compost facilities. For context, commercial compost is a controlled environment: it has consistent heat, moisture, and microbes that speed up decomposition, unlike a backyard compost pile, which is often too cold or dry to break down PBAT fully in a timely way. We’ve supplied PBAT tubes to small clean beauty brands over the last two years, and the feedback has been consistent: consumers love that the tube feels lightweight and squeezes just like a standard plastic tube, and it doesn’t leach any unwanted chemicals into skincare or makeup formulas. The caveat? If that PBAT tube ends up in a landfill (which about 60% of plastic waste does, according to recent EPA data), it won’t biodegrade at all. Landfills lack oxygen and the microbes needed to break down PBAT, so it just sits there, same as traditional plastic.
The next material we’ve been investing in is cellulose. Cellulose is made from plant fibers, most often sourced from sustainably harvested wood pulp or cotton linens. It’s 100% plant-based, and in the right conditions, it biodegrades much faster than PBAT—sometimes in as little as 90 days in a commercial compost. What’s more, cellulose is already widely used in things like paper cups and food packaging, so the supply chain is more established than some newer biopolymers. The challenge with cellulose tubes, though, has been flexibility. Early cellulose tubes were stiff and prone to cracking when you squeezed them, which is a dealbreaker for products like serums or lip gloss that need a consistent squeeze to dispense. We’ve worked with our material engineers to tweak the formulation, adding a small amount of plant-based plasticizer to keep the bend without sacrificing biodegradability. The result is a tube that works almost identically to standard cosmetic tubes, and it’s generated a lot of interest from brands targeting eco-conscious Gen Z and millennial consumers who prioritize tangible sustainability.
Then there’s the topic of home compostable tubes, which is the holy grail for a lot of our clients. The hope is that a tube can break down in a backyard compost pile, where most households would actually dispose of it—not in a commercial facility that many people don’t have access to. Until recently, home compostable biopolymers were too brittle for tube packaging, but a new resin called PHA (polyhydroxyalkanoate) is changing that. PHA is made by microbes, not from petroleum or plant starches—microorganisms like algae feed on organic waste to create PHA, which is then formed into flexible plastics. The best part? PHA biodegrades in both commercial compost and backyard conditions, often in six months or less, and leaves no toxic residue. The downside of PHA is that it’s currently more expensive than PBAT or cellulose—about 20 to 30% more per unit, as of 2024. That makes it harder for mid-sized brands to adopt, though we’re working with material suppliers to scale production and lower costs over the next couple of years.
Now, even with these materials, there’s a catch that no supplier can sugarcoat: cosmetic tubes are multi-layered, most of the time. Traditional tubes are made of 3 to 5 layers of plastic, often with a barrier layer to keep air and light out—critical for products like sunscreen or vitamin C serums, which degrade when exposed to oxygen. When you have multiple layers, it’s almost impossible to recycle them, because the different types of plastic can’t be separated easily. That’s been a big barrier to biodegradable multi-layer tubes. For years, brands have asked for fully biodegradable multi-layer tubes, and we’ve spent years testing solutions: we’ve paired a biodegradable outer layer with a biodegradable inner barrier made of modified plant cellulose, for example. The tests we ran last year showed that these multi-layer tubes break down in commercial compost in about 12 months, without compromising the shelf life of the product inside. A lot of our clients have used these for limited-edition products, and the response has been great. We’re currently working on a version that’s home compostable too, which we plan to launch by the end of next year.
I also want to talk about what doesn’t count as biodegradable, because I see a lot of confusion here. Recently, we’ve had brands come to us asking about “oxo-biodegradable” tubes. These tubes are made of traditional petroleum plastic with a small additive that’s supposed to make it break down faster. But here’s the thing: studies from the Ocean Conservancy and the Ellen MacArthur Foundation have shown that oxo-biodegradable plastic doesn’t fully break down—it just breaks into tiny microplastics, which are even harder to clean up. The European Union has actually banned oxo-biodegradable plastic for this reason, and several US states are considering similar rules. As a supplier, we never offer these, because we don’t want to sell something that harms the environment under the guise of sustainability. That’s not just bad for the planet—it’s bad for our brand, and for the long-term trust we build with our clients.
Another thing we’ve learned over the last few years is that education matters as much as the product. A lot of consumers don’t know that biodegradable tubes need to go to a compost facility, not their regular recycling bin. Last year, we partnered with one of our skincare brand clients to add clear instructions on every tube: “This tube is biodegradable in commercial compost facilities. Check your local facility to learn more.” The brand reported a 15% increase in sales after launching that, because consumers felt confident they were disposing of the product correctly. As a supplier, we’re not just selling tubes—we’re partnering with brands to help them educate their customers, because if no one uses the tube as intended, all the sustainability benefits go out the window.
Now, let’s talk about where the industry is going next, because this space is evolving fast. We’re testing a new type of tube made from 100% post-consumer recycled (PCR) plastic, but with a biodegradable coating on the outside. The goal is to cut down on the amount of new plastic used, while making the tube biodegradable at the end of its life. We’re also working on tube designs that are easier to recycle, even if they’re not fully biodegradable—like single-layer tubes that use less plastic overall, or tubes that have a removable cap made of the same material as the body, so consumers can separate them easily for recycling. For brands that aren’t ready to commit to fully biodegradable tubes yet, these are great middle-ground options that still reduce environmental impact.
If you’re a brand looking to make the switch to biodegradable cosmetic tubes, there are a few things to keep in mind. First, test the tube with your specific product. Different formulas (like highly acidic serums or creamy moisturizers) can react differently with biodegradable materials. We always advise our clients to do a 3-month stability test before launching, to make sure the tube doesn’t change the texture, color, or shelf life of their product. Second, consider your supply chain and end-of-life infrastructure. If your main market is an area with limited commercial compost facilities, a home compostable PHA tube might be the better choice, even if it’s a bit more expensive. If you’re targeting a market with robust compost programs, PBAT or cellulose tubes are a more cost-effective option.
At the end of the day, the answer to “Are there any biodegradable cosmetic tubes?” is yes— but they’re not a one-size-fits-all solution. For years, the beauty industry relied on cheap, single-use plastic tubes that were impossible to recycle, and biodegradable tubes were either non-existent or low-quality. Now, that’s changing, and as a supplier, I’m proud to be part of that shift. We’re not just providing packaging—we’re helping brands build products that are good for consumers and good for the planet.
If you’re a brand looking to explore biodegradable cosmetic tubes, or to learn more about our testing process, stability data, and customizable options, we’d love to chat. We work with brands of all sizes, from small indie clean beauty startups to mid-sized brands looking to update their packaging line. No question is too big or too small, and we’re here to help you find the solution that fits your product, your budget, and your sustainability goals.
Cosmetic Bottles References
- Ellen MacArthur Foundation. (2022). The New Plastics Economy: Rethinking the Future of Plastic Packaging.
- Ocean Conservancy. (2023). Global Microplastics Pollution Report.
- U.S. Environmental Protection Agency. (2024). Municipal Solid Waste Generation, Recycling, and Disposal in the United States: Facts and Figures for 2022.
- European Chemicals Agency. (2021). Restriction of Oxo-Biodegradable Plastics.
Shanghai Medellin Technology Co., Ltd.
As one of the most professional cosmetic tubes manufacturers and suppliers in China, we serve over 200 renowned cosmetic companies in Italy and France. Please rest assured to wholesale bulk high quality cosmetic tubes from our factory. Also, custom service is available.
Address: No. 298, Lianrong Building, Linping District, Hangzhou, Zhejiang, China
E-mail: sales@toppackaging.cn
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