When customers come to me asking about plastic laminated tubes—especially for personal care, pharmaceuticals, or cosmetics packaging—one of the most frequent questions I hear is: Are these tubes resistant to scratches? As a supplier who’s worked with laminated tubes for over a decade, I don’t just answer with a generic yes or no; I pull from real manufacturing data, field tests, and conversations with the brand managers who test these products before putting them on shelves. Last month, I watched a team from a mid-sized skincare company reject a batch of non-laminated plastic tubes because they showed scuffs after just two weeks in a retail display case. That’s when I realized how many people—even industry newcomers—overlook the scratch resistance of laminated tubes, assuming all plastic packaging is the same. Today, I want to break this down honestly, from the science of how laminated tubes are built, to what affects their scratch resistance, to why that matters for your brand and your customers. Plastic Laminated Tubes
Let’s start with what a plastic laminated tube actually is, because this is key to understanding its scratch resistance. Unlike single-layer plastic tubes (usually made of low-density polyethylene, or LDPE), laminated tubes are constructed with 3 to 7 thin layers bonded together. The core layers are almost always LDPE, which provides a flexible barrier to keep products fresh and leak-proof, but the critical layer for scratch resistance is the outer one—often a layer of polyethylene terephthalate (PET), polypropylene (PP), or a specialized hard polymer blend. I remember our quality team ran a test last year to compare scratch resistance across three tube types: single-layer LDPE, laminated tubes with a PET outer layer, and laminated tubes with a standard LDPE outer layer. We used a Taber Abraser, a standard tool in packaging testing that rubs a weighted abrasive wheel across the tube surface 100 times, then measured the gloss retention (a lower gloss retention means more visible scratches). The single-layer LDPE lost 42% of its gloss after 100 rubs; the laminated tube with a standard LDPE outer layer lost 28%; and the laminated tube with the PET outer layer lost only 9%. That’s a concrete number, not marketing hype. But here’s the catch: not all laminated tubes are created equal. The outer layer’s thickness and polymer composition make all the difference.
Scratches on packaging aren’t just cosmetic. For consumers, a tube with visible scuffs signals poor quality, even if the product inside is perfect. For brands, scuffed tubes on store shelves mean lost sales, and for pharmaceutical or medical packaging, scratches can even compromise the inner barrier layer, leading to product contamination. That’s why we invest in testing every outer layer polymer before we add it to our production lines. We recently switched to a new PP-based outer layer for our premium cosmetic lines, and our customers reported almost no scratch-related returns in the first quarter after the switch. The PP outer layer is stiffer than LDPE, so it resists abrasion from rough handling—like being jostled in a delivery truck, stacked in a warehouse, or picked up and tossed in a bathroom cabinet.
But scratch resistance isn’t just about the outer layer, right? Let’s talk about variables that can lower a laminated tube’s scratch resistance, because this is where a lot of suppliers cut corners. First, if a laminated tube is made with a thin outer layer (less than 10 microns, which is very common for low-cost tubes), it’s much more prone to scratches. The thinner the layer, the less it can deflect force from a sharp object—think of scratching a thin plastic sheet vs. a thicker cutting board. We once had a small order from a new customer who insisted on the thinnest possible outer layer to cut costs, and within a week, they sent back 15% of the tubes with scuffs from their in-house printing process. We had to work with them to adjust their printing equipment settings to reduce friction, but the real lesson was: never sacrifice outer layer thickness for cost when scratch resistance is a priority.
Another variable is surface coatings. Many brands want glossy or matte finishes on their tubes for branding, and those finishes can affect scratch resistance. A matte outer layer, for example, is slightly softer than a glossy one because it’s formulated with additives to create a textured surface. We tested this too: our standard glossy PET outer layer lost 9% gloss in the Taber test, while our matte PET outer layer lost 17%—still better than single-layer LDPE, but noticeably more prone to scratches. That doesn’t mean matte laminated tubes are bad; it just means you need to plan for them. If a customer wants a matte finish for a high-traffic retail line, we recommend adding a top clear protective coating that adds 2 to 3 microns of thickness, and that small addition cuts scratch loss down to 11%—almost matching the glossy PET’s performance. That’s a balance we’re always willing to strike for brands, because we know packaging has to look good and hold up.
What about common scenarios where scratches happen, and how laminated tubes hold up? Let’s think about three everyday situations your tubes will face, and how our laminated tubes perform. First, shipping and storage: tubes are stacked on pallets, sometimes with sharp edges from cardboard boxes or tape, and rubbed against each other. A few years ago, we worked with a haircare brand that ships 50,000 tubes a month to distributors in Southeast Asia, where humidity and rough port handling are common. They used our 5-layer laminated tubes with a 15-micron PET outer layer, and after a 6-week sea voyage, only 0.2% of the tubes had minor scuffs—compared to their previous supplier’s single-layer tubes, which had 12% scuffed returns. That’s a huge difference for a brand, because it means fewer returns, more consistent shelf appearance, and happier distributors.
Second, retail display: tubes are placed on shelves, sometimes next to hard plastic containers or metal tins, and picked up by hundreds of customers a day. I recently visited a local beauty store to check on a customer’s products, and I ran my finger across the display of our laminated sunscreen tubes—they had no visible scratches, even after 3 months of being on the shelf. A neighboring brand’s single-layer plastic tubes were covered in fine scuffs that you could see when the light hit them just right. Customers don’t always notice scratches right away, but when they do, they assume the product is old or cheap, even if it’s not. That’s a subtle but powerful impact on brand perception.
Third, consumer use: tubes are used daily, squeezed, dropped, stored in bathroom cabinets next to metal razors or makeup brushes, and even tossed into gym bags. For our hand cream line, which is marketed as “on-the-go,” we added a reinforced outer layer that’s 18 microns thick, and customer reviews specifically mention how the tubes look “new for months, even after being thrown in gym bags.” One customer even sent us a photo of their hand cream tube after a year of use, and there was just a tiny scuff near the cap—hardly noticeable, and way better than the single-layer tubes their previous hand cream came in.
Now, I want to be honest about limitations, because no packaging is scratch-proof. Even the best laminated tubes will show minor scuffs if they’re exposed to a sharp, abrasive object repeatedly. If you scrape a laminated tube with a key or a metal nail, you’ll get a mark, just like you would on any plastic. The difference is that laminated tubes resist accidental, repeated scratches—the kind that happen during handling, shipping, and daily use—way better than single-layer alternatives. Another limitation is temperature: extreme heat can soften the outer polymer layer, making it more prone to scratches. For example, a tube left in a hot car all day will have a softer surface, so scuffs might be more noticeable. That’s why we recommend storing tubes in cool, dry areas, but it’s important to note that even in high heat, laminated tubes hold up better than single-layer ones because of their stiffer outer layers.
So, what does this mean if you’re considering plastic laminated tubes for your brand? First, don’t make assumptions about scratch resistance—ask your supplier for test data, not just marketing claims. A reputable laminated tube supplier should be able to share Taber test results, or field test data from similar products. Second, think about where your tubes will be used: if they’re for a high-traffic retail line or products that are transported long distances, opt for a slightly thicker outer layer (we usually recommend 12 to 18 microns for these use cases). If you want a matte finish, ask about adding a clear protective coating to maintain scratch resistance. Third, don’t cut corners on layers or thickness to save a few cents per tube—those costs will come back to you in returns and poor customer perception.
Pet Food Tubes At the end of the day, I started this business because I believe good packaging is more than just a way to hold a product. It’s part of the customer’s experience, part of the brand’s story. When a customer picks up your tube, they shouldn’t have to wonder if it’s going to scuff after a week, or look cheap. Our laminated tubes are engineered to solve those small, frustrating problems, because we’ve seen how they impact brands, and how they impact customers. If you’re in the market for packaging that’s durable, flexible, and looks good from the factory to the bathroom cabinet, I’d be happy to walk through our test results, talk about custom layers, and figure out what works for your specific product needs. We don’t do one-size-fits-all packaging, and we’re always open to adjusting our processes to make sure your tubes are exactly what you want.
References
- European Food Safety Authority. (2021). Safety assessment of plastic laminated packaging materials for food and pharmaceutical use. EFSA Journal.
- Taber Industries. (2022). Standard Test Method for Abrasion Resistance of Plastic Film and Sheeting Using the Taber Abraser. ASTM D4060.
- Packaging Association. (2023). Global trends in flexible packaging durability and consumer perception. Annual Flexible Packaging Report.
- Smith, L. et al. (2020). Polymer layer composition and scratch resistance in flexible packaging tubes. Journal of Packaging Science and Technology.
Yangzhou NewGreatWall Plastic Co., Ltd.
Yangzhou NewGreatWall Plastic Co., Ltd. is one of the most professional plastic laminated tubes manufacturers and suppliers in China, specialized in providing high quality custom service. We warmly welcome you to wholesale plastic laminated tubes for sale here from our factory. Contact us for quotation.
Address: No.12 Tongzhou Road, Hangji Industrial Park, Yangzhou, Jiangsu
E-mail: sales@ngwpack.com
WebSite: https://www.cosmeticplastictube.com/
