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Cosmetic tubes differ from other types of cosmetic containers. In the packaging market, you can find containers in a wide variety of shapes—square, cylindrical, or even irregular bottles with angular facets or flowing curved lines.
Cosmetic tubes, however, are mostly presented in similar cylindrical or flat oval forms, making them less distinctive at first glance. This visual similarity often leaves procurement professionals unsure of where to start—uncertain about which key details to focus on, and unclear about what the core differences between various tube options actually are.
In this article, we will systematically walk through the key dimensions you need to pay attention to when sourcing tubes, helping you identify the essential factors in the selection process and match your product with the most suitable tube packaging solution.
1. Cosmetic Tubes of Different Materials
Whether you are sourcing rigid containers or flexible cosmetic tubes, understanding the properties of packaging materials is arguably the first and most essential step for any procurement professional. Getting familiar with the material classifications of cosmetic tubes—and identifying which type best suits your formulation system—can effectively help you avoid unnecessary trial-and-error costs and save a significant amount of time and effort.
Below we have outlined the most common cosmetic tube materials available on the market. Each differs in terms of tactile feel, compatibility, and applicable scenarios—and each is worth understanding before you make your sourcing decision.
1.1 PE Cosmetic Tube
PE (Polyethylene) is the most widely used material in cosmetic tubes. It is a milky-white opaque plastic that offers outstanding properties such as light weight, excellent toughness, and good chemical resistance. PE is typically divided into two grades: LDPE (Low-Density Polyethylene) and HDPE (High-Density Polyethylene). In actual production, the two are often blended to achieve the desired balance of softness and firmness, making the finished tube adaptable to different product extrusion requirements.
PE tubes are used across nearly all product categories in the cosmetics industry—from facial cleansers, hand creams, and sunscreens to shampoos, conditioners, and body lotions. Their excellent chemical resistance and good flexibility make them compatible with a wide range of active formulations, while also allowing consumers to dispense the product easily and smoothly during use.
Beyond these performance advantages, PE tubes also offer one of the best cost-to-performance ratios among tube materials. Their lightweight nature, compared to bottles and jars, helps reduce shipping costs to a certain extent and lowers the risk of packaging damage. Considering performance, cost, and environmental compatibility, PE tubes are undoubtedly the most well-rounded and competitive base material for cosmetic tube packaging.
1.2 Aluminum-Plastic Laminated Tubes
Compared with PE tubes, the most notable feature of aluminum-plastic laminated tubes is the addition of an aluminum foil layer in their structure, which gives the tube body a distinctive metallic sheen. In terms of barrier performance, laminated tubes are exceptionally strong—offering far superior protection against oxygen, moisture, and light compared to all-plastic PE tubes. This excellent protective capability helps effectively prevent the contents from degrading due to humidity, oxidation, or UV exposure. As a result, aluminum-plastic laminated tubes are particularly well-suited for paste-type products with high hygiene and barrier requirements, such as toothpaste, ointments, condensed milk, and pigments.
As a composite material, laminated tubes also inherit the lightweight nature, good chemical resistance, and durability of PE tubes. However, in terms of flexibility, laminated tubes are relatively stiffer and tend to develop creases after repeated squeezing—they do not bounce back as quickly or as seamlessly as PE tubes. That said, this does not generally cause significant inconvenience in everyday consumer use.
On the sustainability front, however, aluminum-plastic laminated tubes face a notable challenge in recycling. The tight bonding between the aluminum foil and the plastic layers makes separation difficult, resulting in recycling costs that are significantly higher than those of all-plastic tubes. This shortcoming deserves careful consideration in today’s environment-conscious market.
1.3 Aluminum Tubes
Aluminum tubes are not commonly seen in cosmetic packaging, and their application is typically limited to high-end skincare products or lines with specialized functional positioning. They hold a distinct place in both pharmaceutical packaging and premium cosmetic packaging, thanks to their lightweight nature, strong sealing properties, corrosion resistance, 100% recyclability, and genuine metallic texture.
In terms of softness, aluminum tubes are less flexible than PE tubes or aluminum-plastic laminated tubes. However, their sealing performance is the strongest among the three. Because aluminum is a dense, non-porous metal, the tube body does not bounce back after squeezing—a characteristic that effectively prevents air from being drawn back into the tube. This creates a sterile, oxygen-free environment inside the tube, which helps better maintain the stability of the formulation. This is also the core reason why aluminum tubes are more widely used in the pharmaceutical sector.
That said, aluminum tubes are less compatible with certain formulations compared to the previous two materials. They are not suitable for products containing high concentrations of acidic or alkaline ingredients—such as those with active components like salicylic acid or AHAs. These ingredients may chemically react with the aluminum, not only compromising the quality of the contents but also potentially affecting product safety and causing skin irritation or adverse reactions.
As a premium material option in cosmetic tubes, the most significant advantage of aluminum tubes lies in their 100% recyclability. Like glass, aluminum is a packaging material that can be infinitely recycled without any loss of performance—offering undeniable value in the context of the growing sustainable packaging trend.
In terms of packaging coordination, most aluminum tubes on the market are typically paired with plastic caps. At PAGpackaging, however, we offer an integrated solution featuring aluminum tubes with metal caps. This design not only elevates the overall texture and premium feel, but also achieves material uniformity—improving recycling efficiency and feasibility, and aligning with brands’ higher aspirations for eco-friendly packaging.
If you are interested in our aluminum tube and metal cap solutions, please feel free to contact us or browse our aluminum tube catalog to find the packaging option that best suits your product positioning.
1.4 Paper-Plastic Laminated Tubes
When discussing sustainable packaging solutions, many people think of another distinctive tube material on the market—kraft paper tubes. In reality, these tubes are a paper-plastic laminate structure rather than being made entirely of kraft paper. They incorporate functional films such as PE layers and EVOH layers into the structure to ensure formulation compatibility and air-tightness. A tube made purely of kraft paper alone would neither meet the basic sealing requirements of packaging nor prevent the product from leaking.
Similar to aluminum-plastic laminated tubes, kraft paper tubes are also composite materials. However, they visually depart from the industrial look of plastic, offering instead a natural, almost handcrafted rustic aesthetic. The tube surface retains the subtle fiber texture characteristic of paper, providing a warm, tactile feel—a soft friction somewhere between paper and leather—rather than the slick, cold sensation typical of plastic. In terms of color, it presents a warm earth-tone palette ranging from light brown to khaki, carrying an understated vintage charm that makes the packaging appear modest yet full of character on the shelf.
This unique visual and tactile language makes kraft paper tubes particularly well-suited for skincare brands that emphasize natural, organic, or herbal concepts. However, if a brand wishes to integrate this packaging into a broader sustainability narrative, it may not withstand closer scrutiny.
1.5 PCR Cosmetic Tube
If you are working with a limited budget while also wishing to avoid the sustainability concerns associated with laminate tubes, PCR tubes present a direction worth considering. By using PCR (Post-Consumer Recycled resin) plastics, you can effectively reduce the use of virgin plastics, thereby indirectly lowering energy consumption and carbon emissions during the production process.
Currently, the proportion of PCR content in tubes on the market ranges from 30% to 100%. However, it is important to note that the higher the PCR content, the more difficult it becomes to ensure consistent quality stability, and the scrap rate during production tends to increase accordingly.
In addition, the MOQ for PCR cosmetic tubes is generally higher than that for conventional tubes. This is primarily due to the MOQ requirements imposed by PCR resin suppliers themselves—typically, a single purchase of PCR resin is at least 500 kilograms. The final MOQ for finished tubes will then need to be calculated based on the tube specifications (diameter and length) and the weight per unit, in order to determine how many tubes can be produced from the 500 kilograms of raw material.
Since PCR material is derived from post-consumer recycled plastics, its color consistency and physical properties are less stable than those of virgin plastics. Therefore, when choosing PCR tubes, it is important to set expectations accordingly—even tubes produced in the same batch may show color variations or minor surface imperfections such as black specks. These are not quality defects, but rather inherent characteristics of recycled materials.
During the design phase, we recommend using thoughtful color choices, graphic layouts, or overprint strategies to minimize or mask these visual uncertainties, ensuring the final packaging still achieves the desired brand presentation standards.
The above covers the common material types for cosmetic tubes. Each offers distinct advantages in terms of tactile feel, barrier performance, formulation compatibility, and environmental attributes—providing important reference points for material selection.
That said, with the continued advancement of sustainable packaging trends, the market has also seen the gradual emergence of tube options made from bio-based materials such as sugarcane-derived polyethylene.
However, these materials currently still face practical challenges in large-scale production, including processing difficulties and immature supply chains, and have not yet become mainstream—therefore, they are not covered in detail in this article.
2. Cosmetic Tubes with Different Layer Configurations
Based on layer structure, tubes are generally classified into two main categories: single-layer tubes and multi-layer tubes. Although single-layer tubes are more cost-effective, they are not widely used in practice—their barrier performance is limited, making it difficult to effectively protect the contents from oxygen, moisture, or light. As a result, they are rarely used for standard-capacity products or those requiring a certain shelf life.
Today, we will focus on multi-layer tubes—particularly the common 2-layer and 5-layer configurations—and examine the specific differences in material combinations, functional division, and suitable applications across these various layer structures.
2.1 Two-Layer Cosmetic Tubes
Two-layer cosmetic tubes are the most commonly used structural type in tube packaging. The tube body is typically formed by co-extruding two layers of PE film. This structure provides the tube with good flexibility, extensibility, and impact resistance, as well as excellent chemical stability, making it suitable for the packaging needs of most conventional skincare and personal care products.
However, two-layer tubes have relatively limited barrier performance—their ability to block oxygen, moisture, and light is moderate, which means the contents may be at risk of oxidation during long-term storage. As such, they are better suited for small-capacity products that are intended to be used within a shorter timeframe—such as facial cleansers, hand creams, and mask creams—where formulations are relatively mild and barrier requirements are not particularly high.
In terms of manufacturing, the production technology for two-layer tubes is well-established, with versatile equipment and stable processes, offering good cost-effectiveness. Whether used for trial sizes, travel sizes, or standard packaging for mid- to low-end positioning, two-layer tubes strike a solid balance between cost and performance.
2.2 Five-Layer Cosmetic Tubes
A typical five-layer cosmetic tube structure is PE/PE/EVOH/PE/PE. From the structural diagram, it can be noted that aluminum-plastic laminated tubes and kraft paper tubes also generally fall into the five-layer category.
Five-layer tubes represent a higher-end option within the tube segment, with the key differentiator being the addition of an EVOH barrier layer in the middle. EVOH is a high-performance barrier material with an oxygen transmission rate of only 0.2–1.2 cm³/(m²·24h·atm). By contrast, conventional single-layer or two-layer PE tubes have an oxygen transmission rate of 150–300 cm³/(m²·24h·atm)—a difference of nearly a hundredfold. This means that five-layer tubes are extremely effective at preventing the ingress of oxygen and unwanted odors, while also retaining the product’s fragrance and active ingredients.
Therefore, five-layer cosmetic tubes are a more reliable packaging choice for products with high active ingredient content and high oxygen sensitivity (such as brightening and suncare products), as well as for those prone to fragrance loss or containing flavors, oils, acids, and other corrosive or volatile ingredients.
In terms of cost, PE five-layer tubes are generally more expensive than conventional two-layer tubes, primarily because the raw material cost of EVOH is roughly 5 to 6 times that of PE. If aluminum-plastic laminated or kraft paper laminated five-layer tubes are chosen, the price will be even higher than that of PE five-layer tubes.
2.3 Two-Layer VS Five-Layer Tubes
Whether it is a two-layer tube or a five-layer tube, there is almost no visible difference in appearance—even if you cut open the tail and examine the cross-section, the layers are barely distinguishable to the naked eye.
For procurement professionals who need to quickly differentiate between the two during sample inspection, there is a simple and effective method: cut a small section from the tube tail and burn the cut edge with a small flame. If the tube wall shows clear delamination after burning, it can be identified as a five-layer (or multi-layer) composite tube. If the melted edge remains uniform with no visible separation, it is a two-layer tube.
While this method is somewhat crude, it serves as a convenient initial identification technique when professional testing equipment is not available.
Another key point to note is that for multi-layer tubes, we generally do not recommend adding PCR. There are three reasons for this:
First, PCR material itself carries a high MOQ requirement, which further increases the total order quantity for multi-layer tubes;
Second, PCR is less stable in performance than virgin resin, which may affect the balanced distribution of material across the tube layers;
And third, the inclusion of PCR may compromise the tube’s flex-crack resistance and flexibility to varying degrees, thereby impacting the overall quality of the finished product.
3. Cosmetic Tubes in Different Shapes
Tube shapes are generally divided into two main categories: round and flat/oval. However, this does not mean that tubes lack room for design variation. By making subtle adjustments to specific structural areas such as the shoulder and the tail, tubes can still offer a wide range of stylistic possibilities.
In terms of shoulder design, some tubes feature triangular or square shoulders, adding a sharp, modern edge to the otherwise rounded tube body. As for the tail finish, there is an even wider array of options—some are cut into flowing curved shapes, others maintain a clean straight line, some end with a soft rounded corner, and some even feature a hanging hole for display or decorative purposes. For products targeting younger consumers, tails are sometimes shaped like pet paw prints or animal ears, adding a playful and approachable touch to the packaging.
These thoughtful design details fully demonstrate the malleability and design flexibility of tubes. However, it is important to note that the production of such custom shapes typically involves mold development or modification. Before submitting customization requests to your supplier, we recommend confirming whether they already have existing molds available for the desired shape, or clarifying the cost of new mold development, to avoid any budget surprises.
4. Cosmetic Tube Specifications
Cosmetic Tube specifications are typically defined by the tail diameter as the core parameter, with the tube length adjusted accordingly to achieve the desired fill volume. Currently, both all-plastic tubes and laminated tubes are available in a wide range of tail diameters, from the smallest at 13mm up to 60mm.
Among these, round tubes with diameters between 13mm and 22mm can generally only accommodate between 3ml and 35ml of product—a limitation determined by the inherent spatial constraints of the round tube structure. Oval tubes, on the other hand, start at a diameter of 25mm, with a minimum capacity of approximately 15ml, which differs from the minimum capacity of round tubes. This clearly shows that the tube shape (round vs. oval) has a direct impact on the capacity range.
It is important to note that the above diameter ranges do not represent a universal standard across all suppliers—not every manufacturer carries such a comprehensive range of mold specifications. Therefore, when consulting suppliers about tube sourcing, we recommend providing a reference image and clearly stating your required capacity. This will enable the supplier to offer actual samples or drawings based on their available molds and production capabilities, giving you a realistic reference for the appearance and proportions.
Aluminum tubes follow a slightly different specification system. Their tail diameters range from a minimum of 11mm to a maximum of 40mm, though the capacity coverage is broadly comparable to that of plastic tubes.
Unlike plastic tubes, aluminum tubes do not have round or oval variants. Their design emphasis lies primarily in surface finishing, cap customization, and the presentation of the metallic texture, with the tube shape itself playing a relatively secondary role.
If you would like more detailed specifications on aluminum tubes and plastic tubes, please feel free to contact us for our spec sheet and sample displays. We would be happy to provide professional references for your tube customization project.
5. Cosmetic Tubes with Different Closures
Although cosmetic tubes may not offer as much variety in appearance as bottles and jars, they provide a far wider selection of tube closures—such as caps and pumps—compared to rigid containers. This gives tubes the ability to accommodate many usage scenarios that bottles cannot easily achieve, expanding their functional boundaries in cosmetic packaging.
For example, a tube with a precision-tip applicator allows consumers to dispense product directly onto the scalp or localized areas for targeted treatment. A tube fitted with a pump dispenser enables cleaner, more controlled dosage—avoiding the issue of squeezing out too much product. A tube with a roller-ball massage head provides a gentle massage experience for eye care, elevating the ritual of skincare. Meanwhile, tubes with brush-tip applicators can serve as an all-in-one tool for color cosmetics such as concealers or liquid foundations, combining packaging and application in one.
These clever combinations of closures and tubes demonstrate that while tubes may appear relatively simple in form, they have carved out a solid market share in specific product categories by offering functional advantages that bottles cannot easily replicate.
When discussing tube style options with the cosmetic tube supplier, we recommend clearly communicating the product type, usage scenarios, and consumer habits of your target audience. This will enable the supplier to draw on their process expertise and provide you with more feasible and targeted packaging solutions.
6. Surface Design For Your Cosmetic Tubes
Compared to bottles and jars, the surface decoration options for tubes are relatively more focused, primarily revolving around two main directions: printing and labeling. However, this does not limit the visual diversity of tubes—like bottles, tubes can also be finished in matte or gloss textures. In addition, decorative techniques such as screen printing, hot-stamping in gold or silver, are also commonly used in tube surface customization, effectively enhancing the packaging’s premium appeal and brand recognition.
When communicating surface customization requirements with tube suppliers, we recommend using specific design artwork as the basis for discussion—and exploring process feasibility and associated costs accordingly. This is because tube surface customization involves many details, and relying solely on text descriptions often risks overlooking key information or causing misunderstandings. Details regarding the tube shoulder and tail, in particular, should be clarified upfront. For example: should the shoulder color match the tube body, or be intentionally left in a contrasting finish? Should the tail area reserve space for batch numbers or production dates, and what printing method should be used for these? These seemingly minor decisions can directly affect the final appearance and production cost of the finished product.
If you are planning a tube customization project and would like to learn more about pricing or process feasibility, please feel free to reach out to us at any time. We will provide you with professional process evaluations, adjustment recommendations, and cost estimates based on your specific design concept—helping you move your project forward efficiently and with confidence.
