Views: 11 Author: BEYAQI Publish Time: 2026-11-12 Origin: Site
Have you ever noticed what happens to a cosmetic tube after you squeeze it? Some tubes stay crumpled, while others gradually spring back to their original shape. This small difference reveals a lot about the packaging material—and how it protects the formula inside.
For cosmetic brands, choosing the right tube is about more than appearance. The material structure affects oxygen and moisture protection, formula stability, dispensing experience, printing options, and recyclability.
In this guide, we compare three common types of cosmetic tube packaging: aluminum barrier laminate (ABL) tubes, plastic barrier laminate (PBL) tubes, and seamless aluminum tubes.
Aluminum-plastic tubes, also known as aluminum barrier laminate (ABL) tubes, combine an aluminum foil layer with plastic layers. The plastic layers provide a printable exterior and a product-contact surface, while the aluminum foil delivers strong barrier protection.
Strong barrier performance: The aluminum foil layer provides excellent protection against light and helps limit oxygen and moisture transmission.
Formula protection: ABL tubes can be suitable for oxidation-sensitive, fragrance-rich, or otherwise demanding formulations, subject to compatibility and stability testing.
Distinctive squeeze behavior: The tube body tends to retain creases after squeezing rather than returning to its original shape.
Flexible decoration: Printing, coatings, and metallic effects can support a wide range of brand designs.
ABL tubes are commonly used for toothpaste, hand creams, ointments, and selected cosmetic or personal care formulations that require enhanced barrier protection.
For vitamin C products, retinol creams, or other active-ingredient formulations, the right packaging should be selected according to the formula's specific oxygen sensitivity, compatibility requirements, and intended shelf life. ABL can be a strong candidate, but the finished package should still undergo stability and compatibility testing.
The trade-off: The tube usually retains visible creases after squeezing. For brands that prefer a smooth, full appearance throughout product use, this may be less desirable.
Plastic barrier laminate (PBL) tubes use a multilayer plastic structure instead of an aluminum foil barrier. Depending on the design, the barrier layer may include EVOH (ethylene vinyl alcohol copolymer), which helps reduce oxygen transmission.
Some all-plastic tubes are designed with compatible polymer layers to support recycling. However, recyclability depends on the complete structure—including the tube body, shoulder, cap, barrier layer, and local recycling infrastructure.
Shape recovery: Many plastic tube structures recover toward their original shape after squeezing, helping maintain a fuller appearance during use.
Smooth decoration: Laminate construction can provide a consistent surface for high-quality printing and detailed graphics.
Design versatility: Plastic tubes are available in different colors, finishes, sizes, and shapes to suit skincare and personal care brands.
Potential recycling advantages: Structures designed around a compatible plastic family may be easier to process in suitable recycling systems than mixed-material packaging.
All-plastic tubes are widely used for facial cleansers, moisturizers, sunscreen, hand creams, and other skincare and personal care products.
For formulations that need stronger oxygen protection, a multilayer tube with an EVOH barrier may be worth considering. EVOH can provide effective oxygen-barrier performance, although its effectiveness depends on the layer design, environmental conditions, and the complete package.
The trade-off: All-plastic does not automatically mean highly recyclable, and a standard plastic tube without a barrier layer may not provide sufficient protection for every sensitive formula. Material selection should balance formula requirements with the desired appearance and end-of-life options.
Unlike ABL tubes, all-aluminum cosmetic tubes use a metal tube body rather than a laminated plastic-and-foil structure. The continuous aluminum wall provides a strong barrier against light, oxygen, and moisture.
These tubes are commonly used in pharmaceutical ointments, specialty creams, and selected cosmetic products that benefit from metal packaging and strong barrier properties.
Strong barrier performance: The metal body provides excellent protection against light and gas transmission through the tube wall.
Permanent deformation: After squeezing, the tube generally stays compressed instead of springing back.
Metallic appearance: The material can deliver a distinctive, traditional pharmaceutical or premium aesthetic.
Recycling potential: Aluminum is widely recyclable where appropriate collection and processing systems are available.
All-aluminum tubes may suit ointments, specialty skincare products, and selected formulations that require strong barrier protection.
However, the internal coating or lacquer, closure, and dispensing opening must be compatible with the formula. Aluminum should not be assumed suitable for every active ingredient or acidic formulation without testing.
The trade-off: The tube retains dents and creases, and its metal construction may limit certain design choices compared with plastic tubes. Filling equipment and sealing methods must also be suitable for the chosen tube format.
Feature | Aluminum-Plastic (ABL) | All-Plastic (PBL) | All-Aluminum |
Main structure | Plastic layers with aluminum foil | Multilayer plastic, potentially with EVOH | Metal aluminum tube body |
Light barrier | Excellent | Depends on structure and opacity | Excellent |
Oxygen barrier | Generally very strong | Varies; EVOH can improve performance | Excellent through the metal wall |
Shape after squeezing | Usually retains creases | Often recovers toward its original shape | Usually retains creases |
Decoration | Versatile printing and metallic effects | Versatile printing and surface finishes | Printing and coatings, with different design constraints |
Recycling considerations | Mixed materials can complicate recycling | May be designed for compatible plastic recycling streams | Recyclable where suitable collection and processing exist |
Typical applications | Toothpaste, creams, selected sensitive formulas | Cleansers, moisturizers, sunscreen, personal care | Ointments and selected specialty products |
Note: These are general characteristics, not guaranteed specifications. Actual performance depends on tube construction, barrier-layer design, closures, coatings, and the complete package.
The best choice depends on your formula, brand positioning, target market, and packaging requirements.
If your product needs strong light and oxygen protection, ABL tubes may offer a suitable balance of barrier performance, flexibility, and decoration options. Confirm the required protection level through formula-specific testing.
For everyday skincare and personal care products, PBL tubes can provide a smooth printed surface and a tube body that recovers after squeezing. If recyclability is important, discuss the full material structure and local recycling requirements with your packaging supplier.
For ointments and selected specialty formulations, all-aluminum tubes can offer a strong barrier and a distinctive metal appearance. Confirm internal coating compatibility, filling-line requirements, and closure performance before finalizing the design.
Regardless of the material, packaging selection should include:
Formula compatibility and stability testing
Oxygen and moisture barrier requirements
Leakage and seal-integrity testing
Dispensing performance and consumer-use evaluation
Printing durability and decoration compatibility
Recycling assessment for the intended market
The tube wall is only one part of the packaging system. The shoulder, cap, opening, seal, and product-contact surfaces can also influence performance.
At BEYAQI, we understand that cosmetic tube packaging needs to protect the formula while supporting the brand's visual identity and user experience. From material selection and barrier requirements to tube decoration and structural customization, the right specification starts with understanding your product.
Whether you are developing a facial cleanser, sunscreen, eye cream, or specialty skincare product, evaluating the formula and packaging together can help you identify a suitable tube solution.
Contact BEYAQI to discuss your cosmetic tube packaging requirements and explore options for your next product launch.
ABL tubes generally provide a very strong barrier because of their aluminum foil layer. However, multilayer plastic tubes containing EVOH can also offer effective oxygen protection. The best option depends on the required barrier level and the complete package design.
ABL and all-aluminum tubes typically retain creases because their structures undergo permanent deformation during squeezing. Many plastic tubes, by contrast, recover toward their original shape due to the elastic behavior of the polymer structure.
Not necessarily. Tubes designed with compatible plastic materials may be suitable for specific recycling streams, but barrier layers, adhesives, caps, shoulders, inks, and local recycling infrastructure all affect recyclability.
Potentially, yes. A plastic tube with a suitable barrier structure may work for some vitamin C or retinol formulations. The decision should be based on the specific formula, oxygen sensitivity, light sensitivity, and required shelf life, supported by compatibility and stability testing.
No. Although aluminum offers strong barrier protection, the internal coating, closure, and dispensing system must be compatible with the formulation. Testing is essential before commercial production.
The difference between a tube that stays crumpled and one that springs back is more than a matter of appearance. It reflects the material structure and its behavior during use.
ABL tubes prioritize a strong foil barrier, PBL tubes can balance barrier performance with shape recovery and design flexibility, and all-aluminum tubes offer a metal body with excellent barrier properties.
The right choice is the one that protects your formula, meets your packaging goals, and delivers the experience your customers expect.
