Hair Colour Tube Price

The Fundamental Difference: Tube Forming Process
The core difference lies in the manufacturing sequence, which dictates everything from cost to print quality.



PE Tubes (Extruded Tubes): Formed First, Printed Later PE tubes are created by extruding plastic granules directly into a tube shape. Printing is done afterward onto the curved surface, which limits design possibilities.




SampoX Laminate Tubes (ABL/PBL): Printed First, Formed Later Our process begins with flat multi-layered laminate material (foil or plastic). The material is first printed with high precision, and then formed into a tube. This "print-first" approach is the key to its advantages.





SampoX Laminate Tubes: Two Types for Your Needs
1. ABL (Aluminum Barrier Laminate) Tubes / ABL
ABL tubes contain a layer of aluminum foil, making them the ultimate barrier package.



Superior Barrier: Excellent protection against oxygen, moisture, and light, ensuring formula longevity.



Excellent Peel Strength & Stiffness: The layers are firmly bonded, and the tube has great shape retention.



High-End Metallic Finish: Allows for a premium aesthetic.



→ Explore SampoX ABL Tube Series & Custom Solutions



2. PBL (Plastic Barrier Laminate) Tubes / PBL
PBL tubes are made entirely of plastic layers, offering a robust and recyclable alternative.



Brilliant Printing: Ideal for high-definition, complex graphics and a wide color gamut.



Excellent Springback & Stiffness: The tube recovers its shape well after squeezing.



Good Barrier Properties: Provides significant protection for many formulations.



→ Explore SampoX PBL Tube Series & Custom Solutions





The SampoX Advantage: Laminate Tubes Reimagined for a Greener Future
Beyond the classic benefits of cost-effectiveness and superior printing, SampoX is pioneering the next generation of laminate tubes with a focus on environmental responsibility. Our sustainable material options seamlessly integrate into the high-speed, high-quality production process you expect.



PCR PBL Tubes (Post-Consumer Recycled): We offer PBL tubes made with layers incorporating certified PCR plastic. This directly gives a second life to plastic waste, reducing your brand's reliance on virgin plastics and carbon footprint, while maintaining the excellent printability and barrier properties of traditional PBL tubes.



→ Explore SampoX Eco-Friendly PCR Tube Series & Custom Solutions




Paper Laminate Tubes: For brands seeking a naturally aesthetic and renewable feel, we provide laminate tubes that incorporate a layer of paper or paper-like material. This creates a unique, tactile, and bio-based appeal that resonates strongly with eco-conscious consumers, while the internal plastic layers ensure product integrity.



→ Explore SampoX Natural Paper Laminate Tube Series & Custom Solutions




Why Choose SampoX Laminate Tubes? The Competitive Edge


Cost-Effectiveness at Volume & Eco-Options: While MOQs are higher, the per-unit cost becomes highly competitive for large runs. Now, this economic advantage can be combined with your sustainability goals through our PCR and Paper material options.



Unmatched Print Quality: Our "print-first" flatbed process allows for photorealistic images, fine details, and a vast spectrum of colors—far beyond what's possible on PE tubes. This capability applies equally to our sustainable laminate lines, ensuring your green packaging looks as premium as it is.



Superior Barrier & Protection: Both ABL and PBL offer significantly better protection for your formula compared to standard PE tubes. Our sustainable variants are engineered to meet rigorous barrier standards, ensuring your product is protected in an eco-friendly package.



Advanced Manufacturing at SampoX: To guarantee superior quality and sustainability at scale, SampoX leverages state-of-the-art machinery. Our high-speed tube forming machines and Italian-made 12+1 color flexographic printing press are capable of efficiently running these new eco-friendly materials, delivering breathtaking designs with unmatched color consistency.





SampoX Recommendation: Making the Right Choice


Choose ABL when: Your formula is highly sensitive and requires the absolute best barrier protection (e.g., Vitamin C, Retinol).



Choose Standard PBL when: You need brilliant, high-definition printing and good barrier properties.



Choose PCR PBL when: You need the performance of PBL and have strong sustainability goals to incorporate recycled content.



Choose Paper Laminate when: Your brand story centers on naturality, renewal, and a unique tactile experience for the consumer.



Conclusion:
For brands that demand cost-efficiency at scale, breathtaking aesthetics, uncompromising product protection, and a clear path to sustainability, SampoX laminate tubes are the definitive solution. We provide the technology and material innovation to future-proof your packaging.

1. Core Dimensions: Choosing the Right Tube Diameter
Understanding the standard diameters is your first step. The most common and widely used sizes are 16mm and 19mm, while 13mm and 22mm are more specialized options.



16mm & 19mm (Most Common): These sizes offer the ideal balance of capacity, ergonomics, and manufacturing efficiency. They are the go-to choices for the vast majority of lip care products.



13mm & 22mm (Specialized): 13mm is suited for highly concentrated oils or ultra-portable formats. 22mm is less common and typically used for products requiring a higher application volume.




→ Explore SampoX Full Range of Lip Balm Tube Sizes & Solutions



2. Material Innovation: PE Tubes & Sustainable Options
While PE material is the industry standard for its excellent flexibility and cost-effectiveness, SampoX is at the forefront of eco-conscious alternatives.



PCR (Post-Consumer Recycled) PE: Incorporate recycled content directly into the tube structure, reducing plastic waste and your carbon footprint.



Bio-Based Materials: We offer options like Sugarcane-based PE and Wheat Straw-filled composites, which are derived from renewable resources and provide a unique, natural aesthetic.




→ Explore SampoX Eco-Friendly Lip Balm Tube Materials (PCR/Sugarcane/Wheat Straw)



3. The Applicator: The Heart of the User Experience
The applicator tip is where your product meets the lip. SampoX offers a diverse range of materials and shapes to match your brand and formula.



PE & PETG: Standard, cost-effective options with good chemical resistance.



TPE & Silicone: Provides an ultra-soft, luxurious feel for a premium experience.



Zinc Alloy & Ceramic: Delivers a cooling sensation, premium weight, and a truly high-end market presence.





4. Critical Production Knowledge: Filling Methods
This is a crucial but often overlooked decision that can make or break your production line. SampoX's strong recommendation is back-filling.



Back-Filling (Our Strong Recommendation): The product is filled from the bottom before the end is sealed.



Why we recommend it: It is a more robust and reliable industrial process. It ensures complete filling without air pockets and guarantees a perfect, leak-proof seal. While it requires a sealing machine, it results in superior product integrity.





Front-Filling: The product is filled from the front after the applicator is assembled.



Crucial Consideration: Due to the narrow orifice, filling can be slow, inefficient, and prone to air bubbles. If you must use front-filling, it is imperative to select a tube with a removable applicator tip to facilitate a smoother and more reliable filling process.







5. A Vital Pre-Production Step: Formula Compatibility Testing
A True Story from SampoX:
A client ordered TPE applicator tips but skipped compatibility testing. Upon filling, the formula corroded the TPE, forcing a complete and costly reproduction with PE applicators.

Our Mandatory Advice:
Before finalizing any novel applicator material (especially TPE or Silicone), you must conduct a compatibility test. Fill a sample tube and observe it for several days. This simple step prevents 99% of potential disasters.


Conclusion:
A successful lip balm tube is a synergy of precise engineering and informed choice. Partner with SampoX to navigate these details with confidence. We provide not just packaging, but the expertise to ensure your product is flawless from the inside out.

Biodegradable Additives: Innovation or "Greenwashing" Scam? A Supplier's Honest Take.
Introduction

Every week, a brand asks us: "Can you add that magical powder to the plastic so the tube disappears in a landfill?"

It sounds like the Holy Grail. You keep the cheap price of plastic, add 1% of an additive (like d2w, EcoPure, or proprietary enzymes), and suddenly—poof!—it’s eco-friendly.

But as your manufacturing partner, we have to be brutally honest: Be very, very careful. While these additives exist, the science—and the law—is turning against them. Here is why "Biodegradable Additives" might be a trap.


1. The Science: It Doesn't Disappear; It Fragments.
The Pitch: Salesmen say the additive breaks the molecular chains of the plastic, allowing bacteria to eat it.

The Reality (The "Microplastic" Problem): Most of these additives function as "Oxo-degradables." They accelerate the fragmentation of plastic into tiny pieces.



Visible: The tube is gone.



Invisible: Millions of Microplastics remain in the soil and water forever. Because of this, the European Union (EU) has officially restricted "Oxo-degradable plastics" because they create more pollution than they solve.




2. The Regulatory Trap: California Will Sue You.
If you sell in the US, specifically California, the word "Biodegradable" is heavily regulated. The Law (California B.O.P. Law): You cannot label a plastic product "Biodegradable" unless you can prove it breaks down completely in a commercial facility within a short timeframe.



The Risk: Standard PE + Additive does not meet this standard.



The Consequence: If you print "Biodegradable" on your tube, you are opening yourself up to massive lawsuits for misleading consumers.




3. The Recycling Nightmare
Here is the factory perspective. We want to create a Circular Economy (Recycling plastic into new plastic).

Biodegradable additives are contaminants. If a consumer throws an additive-treated tube into the standard recycling bin (#2 HDPE):



It gets melted down with normal plastic.



The "degradation" agent infects the new batch of recycled plastic.



The new park bench or bottle made from that recycled plastic will start to crumble and rot prematurely. In short: By trying to be green, you might be destroying the recycling stream.




4. When DOES it make sense? (The Niche Case)
Is it 100% a scam? Not necessarily. It has one specific use case: Regions with ZERO recycling infrastructure. If you are selling to a country where 100% of waste goes to open landfills or the ocean, and there is no recycling system at all, then maybe fragmentation is better than a choked turtle. But for global brands targeting Europe, North America, or China? Avoid it.


Conclusion: Choose "Circular," Not "Magical."
Don't look for a magic pill that makes waste vanish. The sustainable solution is boring but effective:



Mono-material PE: So it can be recycled.



PCR (Post-Consumer Recycled): So it reuses waste.



Sugarcane PE: So it comes from plants, not oil.



Stick to the science. Your legal team will thank you.

Want to explore safe, legal eco-options? [Download our Sustainable Material Guide]

5-Layer vs. 2-Layer Tubes: Why Your Formula Might Need the Upgrade
Introduction

To the naked eye, a 2-Layer PE Tube and a 5-Layer EVOH Tube look identical. They are both plastic. They are both flexible. They both hold cream.

So, why does the 5-Layer tube cost 10-15% more? And why do our engineers insist on it for certain products? The answer is invisible: Oxygen.

If you are launching a simple body wash, a 2-Layer tube is fine. But if you are launching a high-performance serum, choosing the wrong layer structure could destroy your formula before it even reaches the shelf.

Here is the science of "The Barrier."


1. The Structure: What is inside the wall?
Imagine cutting the tube wall in half and looking at it under a microscope.



2-Layer Tube (Standard PE):



It is essentially just Polyethylene (PE).



The Problem: PE is porous on a molecular level. Oxygen can slowly drift in, and volatile scents (like citrus oil) can slowly drift out.



Think of it like: A cotton t-shirt. It covers you, but the wind goes right through.





5-Layer Tube (EVOH Co-ex):



Layer 1: PE (Outer)



Layer 2: Adhesive (Glue)



Layer 3: EVOH (The Shield)



Layer 4: Adhesive (Glue)



Layer 5: PE (Inner)



The Hero: EVOH is a resin that blocks oxygen, gas, and chemicals.



Think of it like: A Gore-Tex rain jacket. Nothing gets in, nothing gets out.






2. The "Must-Have" List: When do you NEED 5 Layers?
If your ingredient list contains any of the following, you must use a 5-Layer tube. Do not gamble with 2-Layer.



A. Active Ingredients (Retinol / Vitamin C):



These are highly unstable. If oxygen touches them, they oxidize (turn brown) and lose potency. A 5-Layer tube keeps them potent for 2+ years.





B. Sunscreens (SPF):



Chemical filters in sunscreens are aggressive. They can actually "eat" into standard plastic, making the tube swell or become sticky. EVOH prevents this reaction.





C. Strong Natural Oils (Tea Tree / Citrus / Lavender):



Essential oils are volatile. In a 2-Layer tube, the scent will migrate through the plastic wall. After 6 months, your lemon cream will smell like nothing.






3. The "Squeeze" Test
Besides protection, there is a physical difference.



2-Layer: Feels very soft and "floppy."



5-Layer: Feels slightly stiffer and more premium. It has better "Memory" (it bounces back to its round shape faster after squeezing).




Conclusion: Cheap Packaging is Expensive
If you save $0.02 per tube by choosing 2-Layer, but your entire batch of Vitamin C serum turns yellow in 3 months, you haven't saved money—you've lost your brand reputation.

The Rule of Thumb:



Basic Wash / Lotion: 2-Layer is perfect.



Active Skincare / SPF: 5-Layer is mandatory.



Not sure if your ingredients are aggressive? [Send us your formula for a Compatibility Test]

The Lip Balm Tube FAQ: Why They Fail & How to Engineer Them Right
Introduction

Lip care is booming in 2026, but packaging these tiny powerhouses is notoriously difficult. A 10ml lip tube might look simple, but it is a complex piece of engineering. From explosive leaks during air shipping to applicators that clog, getting it wrong can cost you your brand's reputation.

Here are the top 5 "Why and How" questions beauty founders ask us about lip packaging, answered with raw factory truth.


Q1: WHY do lip gloss tubes leak during shipping, and HOW do we stop it?
The Why: Liquid lip oils and glosses are highly susceptible to changes in air pressure (like during air freight) and temperature. If the internal plug (stopper) and the cap do not have a perfectly engineered interference fit, the pressure will force the oil past the threads and into the cap. The How (The Fix): 1. Custom Stoppers: Never use "one-size-fits-all" inner plugs. At SampoX, we custom-mold the inner plug to match the exact viscosity of your lip oil. 2. Vacuum Testing: We subject all lip tube designs to a negative-pressure vacuum test before mass production. If a tube cannot survive simulated high-altitude pressure, we redesign the seal.

Q2: HOW do I choose the right applicator for my formula?
The How: Your applicator must match your formula's viscosity (thickness).



For Thick Balms & Overnight Masks: Choose a Silicone Spatula or a wide Slant Tip. These formulas need a wide channel to push through.



For Watery Lip Tints & Light Oils: Choose a Rollerball (Metal or Glass). It prevents the liquid from pouring out too fast and provides a cooling effect.



For High-End Active Serums: Choose a Ceramic or Zinc Alloy Tip. They offer chemical stability and a premium, heavy massage experience.



Q3: WHY is my lip serum changing color inside the plastic tube?
The Why: You are witnessing oxidation. High-end lip serums often contain Vitamin C, Peptides, or natural botanical oils. Standard Polyethylene (PE) plastic is porous on a microscopic level, allowing oxygen to slowly seep into the tube and degrade your active ingredients. The How (The Fix): You must upgrade your tube material. Ask for a 5-Layer Tube with an EVOH barrier. EVOH is a specialized resin layer sandwiched inside the plastic that acts as an invisible wall, blocking 100% of oxygen and preserving your formula's color and potency for up to 24 months.

Q4: HOW can we make a tiny 10ml / 15ml tube look expensive?
The How: On a small D16mm or D19mm tube, you have very little "real estate" for design.



Rule #1: Less is More. Do not clutter the tube with tiny text. If the text is too small, it will blur during printing.



Rule #2: Focus on Texture. Upgrade the surface finish. Instead of standard glossy plastic, use a Soft-Touch (Matte) Varnish. It gives the tube a luxurious, velvety feel.



Rule #3: Elevate the Cap. The cap is half the tube! Upgrade from a plain plastic cap to a metallic electroplated cap (Gold/Silver) or a heavy, double-walled acrylic cap.



Q5: WHY is 100% PCR (Recycled Plastic) dangerous for lip squeeze tubes?
The Why: Many brands want to claim "100% Recycled" for marketing. But recycled plastic has shorter molecular chains, making it stiff and brittle. Since lip tubes are squeezed daily, a 100% PCR tube will quickly lose its elasticity, crack at the seams, and become impossible to squeeze. The How (The Fix): Use the "Golden Ratio" of 30% to 50% PCR. At SampoX, we use multi-layer Co-extrusion technology. We place the 30-50% PCR in the middle layer, while the inner and outer layers are soft, flexible virgin PE. You get the eco-friendly claim without sacrificing the squeezability.