High Quality Makeup Brush Tube From SampoX
While producing makeup brush tube, Ye Huang Industrial (Shanghai) Co., LTD only establishes cooperation with suppliers who are in line with our internal quality standards. Every contract we sign with our suppliers contains codes of conduct and standards. Before a supplier is finally selected, we require them to provide us with product samples. A supplier contract is signed once all our requirements are met.
SampoX products have received a great number of praises from customers at home and abroad. They enjoy an increasing sales volume and a huge market share for their excellent performance and competitive price. A great number of companies see the great potential of the product and many of them make up their decisions to cooperate with us.
A versatile storage solution ideal for daily use, this compact cylindrical container helps in organizing makeup brushes efficiently. Designed with a secure closure mechanism, it protects brush bristles from damage while ensuring portability for travel. Combining sleek aesthetics with practicality, it offers both functionality and reliable brush care.
How to choose makeup brush tube?
Looking to keep your makeup brushes organized, protected, and easily accessible? The makeup brush tube is the perfect solution! Its compact, portable design and durable materials ensure your brushes stay in pristine condition while saving space on your vanity or in your travel kit.
- 1. Organize and protect brushes: Maintains bristle shape, prevents damage, and keeps tools hygienic.
- 2. Versatile usage: Ideal for home storage, travel, or on-the-go touch-ups.
- 3. Customizable selection: Choose size, material (e.g., antimicrobial), and compartments for different brush types.
- 4. Stylish and functional: Sleek design complements decor while offering easy cleaning and long-lasting durability.
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Material Overview:
🧪 PE Tubes: Made from layers of polyethylene, offering flexibility, smooth appearance, and good chemical resistance.
🛡️ ABL Tubes: Multi-layer laminate with an inner aluminum barrier layer—great for product protection and long shelf life.
Key Differences:
Feature
PE Tubes
ABL Tubes
Flexibility
High
Medium
Barrier Properties
Moderate
Excellent (ideal for sensitive formulas)
Appearance
Seamless or minimal seam
Visible longitudinal seam
Recyclability
Better (especially mono-PE)
Harder to recycle due to aluminum
Application Suggestions:
PE Tubes: Suitable for skincare, face wash, and lotions.
ABL Tubes: Recommended for toothpaste, strong actives, or products requiring high barrier protection.
Conclusion:Material selection matters. PE tubes provide versatility and better recyclability, while ABL tubes offer top-level product protection. Understanding your formula and target market helps determine the best fit.
When purchasing cosmetic packaging tubes, one critical decision is how the product will be filled. There are two common approaches: pre-filling (before sealing) and post-filling (after tube production but before sealing). Each method has its ideal use case and equipment requirements.
1. Pre-Filling (Before Tube Sealing)
In this method, the soft tube is filled before the tail end is sealed. This is the most common practice in professional tube production lines.
Best for:
Medium to large-scale production
Brands with access to automated or semi-automated sealing equipment
Advantages:
Faster and more efficient for bulk quantities
Sealing and filling are integrated in the same production flow
Suitable for high-viscosity and heat-sensitive products
Considerations:
Requires a tail-sealing machine
Tube must remain upright after filling to prevent leakage before sealing
2. Post-Filling (Filling from the Nozzle End)
Also called top filling, this method involves filling the tube after the bottom has already been sealed. It’s often done manually or with a simple filling tool.
Best for:
Small-batch orders
Handmade or artisanal beauty products
Startups and labs without full-scale equipment
Advantages:
No sealing machine required
Ideal for sampling, testing, or low MOQ runs
Flexibility in filling multiple types of products in small volumes
Considerations:
Typically requires a special cap or applicator
Can be less efficient and slower for large orders
Conclusion
Choosing between pre-filling and post-filling comes down to your production setup, batch size, and whether you have sealing capabilities in-house. For startups, post-filling is a flexible entry point, while established brands generally opt for pre-filling to ensure consistency and speed.
1. Pre-Filling (Before Tube Sealing)
In this method, the soft tube is filled before the tail end is sealed. This is the most common practice in professional tube production lines.
Best for:
Medium to large-scale production
Brands with access to automated or semi-automated sealing equipment
Advantages:
Faster and more efficient for bulk quantities
Sealing and filling are integrated in the same production flow
Suitable for high-viscosity and heat-sensitive products
Considerations:
Requires a tail-sealing machine
Tube must remain upright after filling to prevent leakage before sealing
2. Post-Filling (Filling from the Nozzle End)
Also called top filling, this method involves filling the tube after the bottom has already been sealed. It’s often done manually or with a simple filling tool.
Best for:
Small-batch orders
Handmade or artisanal beauty products
Startups and labs without full-scale equipment
Advantages:
No sealing machine required
Ideal for sampling, testing, or low MOQ runs
Flexibility in filling multiple types of products in small volumes
Considerations:
Typically requires a special cap or applicator
Can be less efficient and slower for large orders
Conclusion
Choosing between pre-filling and post-filling comes down to your production setup, batch size, and whether you have sealing capabilities in-house. For startups, post-filling is a flexible entry point, while established brands generally opt for pre-filling to ensure consistency and speed.
When producing cosmetic tubes, one of the final steps is sealing the tail end of the tube. While it may seem simple, improper sealing can lead to unattractive finishes—wrinkled edges, uneven seams, or even partial openings. These not only affect your brand's image but can compromise the product's shelf life and integrity.
Two key factors play a critical role in achieving a clean, professional seal:
1. Heat Sealing TemperatureIf the sealing temperature is too low, the plastic layers may not fuse completely, leading to weak seals or visible gaps. On the other hand, excessive heat can cause over-melting or burning, resulting in deformed or bubbled edges. The optimal temperature varies depending on the tube material (e.g., PE, laminated, co-extruded) and wall thickness.
2. Tube Wall ThicknessThicker-walled tubes require higher sealing temperatures and longer sealing times. If the settings remain the same as for thinner tubes, the heat may not penetrate evenly, causing incomplete bonding or inconsistent results across production batches.
Pro Tip:
Always test sealing parameters when switching tube materials or wall thickness.
Regularly calibrate your sealing machine to maintain consistency.
Monitor visual cues like seam straightness, clarity, and feel for quality control.
A well-sealed tube doesn’t just look better—it builds consumer trust in your brand. Paying attention to these details can save you from costly reworks or packaging failures later on.
1. Market Prospects: Multiple Factors Driving Industry Upgrading
Policy and Regulatory Drivers
Policy directives worldwide are becoming the core driving force for bio-based plastics development. The comprehensive implementation of the EU's Single-Use Plastics Directive (SUPD), along with the deepening of China's "Dual Carbon" strategy, is reshaping the competitive landscape of the cosmetic packaging industry. Notably, data from European Bioplastics shows that global bio-based plastics production capacity exceeded 8 million tons in 2023, with packaging applications accounting for 48%.
Evolving Consumer Demand
Market research indicates that 68% of global consumers consider packaging environmental attributes an important factor when purchasing cosmetics. Particularly in European and American markets, this proportion reaches 75%. This shift in consumer preferences creates substantial market space for bio-based plastic packaging.
Industrial Chain Collaborative Development
From upstream material supply to downstream applications, the bio-based plastics industrial chain is rapidly improving. SampoX's R&D reports demonstrate that bio-based PE and bio-based PET have reached commercial maturity, with key performance indicators including transparency and mechanical strength comparable to traditional petroleum-based materials.
2. Material Innovation: Technological Foundation for Sustainable Development
The core advantages of bio-based plastics lie in their renewable raw materials and low-carbon emission characteristics. Current primary feedstock sources include:
Plant Resources: Crops such as corn, sugarcane
Agricultural By-products: Wheat straw, rice straw
Microbial Synthesis: Produced through bio-fermentation processes
SampoX has made significant progress in bio-based material applications. Our developed sugarcane-based PE tubes and wheat straw composite tubes not only achieve renewable material utilization but also ensure excellent mechanical and barrier properties through specialized processing techniques.
3. Application Practices: SampoX's Solutions
Based on deep market insights, SampoX provides professional bio-based packaging solutions for different cosmetic categories:
Skincare Products: Using high-barrier bio-based composite materials to ensure product stability
Personal Care: Employing modified bio-based PE materials to balance environmental requirements with user experience
Premium Series: Enhancing packaging texture through special surface treatment processes
It is worth mentioning that SampoX has conducted in-depth research on the printability of bio-based materials, ensuring exquisite decorative effects on various bio-based materials through specialized pre-press treatment and printing process adjustments.
4. Future Outlook: Opportunities and Challenges Coexist
Although bio-based plastics have broad application prospects in cosmetic packaging, they still face challenges such as cost control and performance optimization. The SampoX R&D team is committed to:
Developing more cost-competitive bio-based material formulations
Enhancing mechanical and barrier properties of bio-based materials
Optimizing the recycling system for bio-based packaging
Based on our assessment of technological development trends, by 2026, the cost of bio-based plastics is expected to decrease by 20-30% compared to current levels, with further performance improvements. SampoX has made breakthrough progress particularly in developing new bio-based materials like PHA and PLA.
As a steadfast practitioner of sustainable development, SampoX will continue to deepen its technological layout in the bio-based materials field. Leveraging our 20 years of professional experience in packaging manufacturing, we provide globally competitive eco-friendly packaging solutions for cosmetic brands worldwide. We look forward to collaborating with industry partners to jointly promote the green revolution in cosmetic packaging.
Explore SampoX Sustainable Packaging Solutions:
→ Learn More About Bio-based Packaging Innovations
→ Get Professional Packaging Consultation
Policy and Regulatory Drivers
Policy directives worldwide are becoming the core driving force for bio-based plastics development. The comprehensive implementation of the EU's Single-Use Plastics Directive (SUPD), along with the deepening of China's "Dual Carbon" strategy, is reshaping the competitive landscape of the cosmetic packaging industry. Notably, data from European Bioplastics shows that global bio-based plastics production capacity exceeded 8 million tons in 2023, with packaging applications accounting for 48%.
Evolving Consumer Demand
Market research indicates that 68% of global consumers consider packaging environmental attributes an important factor when purchasing cosmetics. Particularly in European and American markets, this proportion reaches 75%. This shift in consumer preferences creates substantial market space for bio-based plastic packaging.
Industrial Chain Collaborative Development
From upstream material supply to downstream applications, the bio-based plastics industrial chain is rapidly improving. SampoX's R&D reports demonstrate that bio-based PE and bio-based PET have reached commercial maturity, with key performance indicators including transparency and mechanical strength comparable to traditional petroleum-based materials.
2. Material Innovation: Technological Foundation for Sustainable Development
The core advantages of bio-based plastics lie in their renewable raw materials and low-carbon emission characteristics. Current primary feedstock sources include:
Plant Resources: Crops such as corn, sugarcane
Agricultural By-products: Wheat straw, rice straw
Microbial Synthesis: Produced through bio-fermentation processes
SampoX has made significant progress in bio-based material applications. Our developed sugarcane-based PE tubes and wheat straw composite tubes not only achieve renewable material utilization but also ensure excellent mechanical and barrier properties through specialized processing techniques.
3. Application Practices: SampoX's Solutions
Based on deep market insights, SampoX provides professional bio-based packaging solutions for different cosmetic categories:
Skincare Products: Using high-barrier bio-based composite materials to ensure product stability
Personal Care: Employing modified bio-based PE materials to balance environmental requirements with user experience
Premium Series: Enhancing packaging texture through special surface treatment processes
It is worth mentioning that SampoX has conducted in-depth research on the printability of bio-based materials, ensuring exquisite decorative effects on various bio-based materials through specialized pre-press treatment and printing process adjustments.
4. Future Outlook: Opportunities and Challenges Coexist
Although bio-based plastics have broad application prospects in cosmetic packaging, they still face challenges such as cost control and performance optimization. The SampoX R&D team is committed to:
Developing more cost-competitive bio-based material formulations
Enhancing mechanical and barrier properties of bio-based materials
Optimizing the recycling system for bio-based packaging
Based on our assessment of technological development trends, by 2026, the cost of bio-based plastics is expected to decrease by 20-30% compared to current levels, with further performance improvements. SampoX has made breakthrough progress particularly in developing new bio-based materials like PHA and PLA.
As a steadfast practitioner of sustainable development, SampoX will continue to deepen its technological layout in the bio-based materials field. Leveraging our 20 years of professional experience in packaging manufacturing, we provide globally competitive eco-friendly packaging solutions for cosmetic brands worldwide. We look forward to collaborating with industry partners to jointly promote the green revolution in cosmetic packaging.
Explore SampoX Sustainable Packaging Solutions:
→ Learn More About Bio-based Packaging Innovations
→ Get Professional Packaging Consultation
1. Can you do the transparent silicone head (like Rhode)?
The Short Answer: Yes, we do. The Detail: We know this is a huge trend right now. We have specialized molds for soft transparent silicone applicators that allow the balm to glide on smoothly. We also offer slanted tips, roller balls, or standard screw caps. If you have a specific reference photo, just send it over—we can likely match it.
2. Let's talk quantity: What is the real MOQ?
The Standard Rule: Usually, factories ask for 10,000 units per SKU. The SampoX Flexibility: We understand 10k is a lot for a new launch.
Can we start lower? Yes, for many models, we can accept 5,000 units.
Can we split it? If you order 5,000 units, we can often split it into 2 designs (2,500 + 2,500) as long as the tube dimension is the same. Just ask our sales team if your specific artwork qualifies for this split.
3. Safety First: Do you have the EU compliance reports?
Absolutely. We know safety is a deal-breaker, especially if you are filling in Europe. We've heard the horror stories about microbiological issues from cheap suppliers.
Our Promise: We support MSDS, REACH, and RoHS testing. We can send these reports directly to your filling manufacturer to verify the microbiological quality and material safety before you even pay a deposit.
4. Design Files: A Warning for Canva Users
The Issue: Many clients send us designs made in Canva exported as JPG or standard PDF. Please avoid this if possible.
Why? When we print, bitmap images (JPG/PNG) get blurry and text looks jagged.
The Fix: We need Vector files (AI, SVG, or Print-Quality PDF).
Pro Tip: If you design in Canva, please export your file as "SVG". This format automatically converts your text to "outlines," keeping it sharp and crisp for our printing machines.
5. Do you handle the boxes too?
Yes. It is actually safer to order the Tube + Box together from us.
Why? We make sure the box size is calibrated exactly to the tube size (accounting for the cap height). No loose rattling, no tight fits. We can send you a pre-production sample of the full set to approve before mass production.
Still have a question? [Contact Our Support Team]
The Short Answer: Yes, we do. The Detail: We know this is a huge trend right now. We have specialized molds for soft transparent silicone applicators that allow the balm to glide on smoothly. We also offer slanted tips, roller balls, or standard screw caps. If you have a specific reference photo, just send it over—we can likely match it.
2. Let's talk quantity: What is the real MOQ?
The Standard Rule: Usually, factories ask for 10,000 units per SKU. The SampoX Flexibility: We understand 10k is a lot for a new launch.
Can we start lower? Yes, for many models, we can accept 5,000 units.
Can we split it? If you order 5,000 units, we can often split it into 2 designs (2,500 + 2,500) as long as the tube dimension is the same. Just ask our sales team if your specific artwork qualifies for this split.
3. Safety First: Do you have the EU compliance reports?
Absolutely. We know safety is a deal-breaker, especially if you are filling in Europe. We've heard the horror stories about microbiological issues from cheap suppliers.
Our Promise: We support MSDS, REACH, and RoHS testing. We can send these reports directly to your filling manufacturer to verify the microbiological quality and material safety before you even pay a deposit.
4. Design Files: A Warning for Canva Users
The Issue: Many clients send us designs made in Canva exported as JPG or standard PDF. Please avoid this if possible.
Why? When we print, bitmap images (JPG/PNG) get blurry and text looks jagged.
The Fix: We need Vector files (AI, SVG, or Print-Quality PDF).
Pro Tip: If you design in Canva, please export your file as "SVG". This format automatically converts your text to "outlines," keeping it sharp and crisp for our printing machines.
5. Do you handle the boxes too?
Yes. It is actually safer to order the Tube + Box together from us.
Why? We make sure the box size is calibrated exactly to the tube size (accounting for the cap height). No loose rattling, no tight fits. We can send you a pre-production sample of the full set to approve before mass production.
Still have a question? [Contact Our Support Team]
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