Xinfly Packaging · Face Mask Tube Manufacturer

Laminate Tubes for Face Mask

Custom laminate tubes for face masks, including sleeping masks, hydrating masks, clay masks, cream masks, wash-off masks and active facial treatments. Xinfly Packaging manufactures PBL, EVOH and ABL tubes with custom capacities, openings, closures and premium decoration for skincare brands.

Face Mask Packaging 15–150 ml PBL / EVOH / ABL Gel to Clay Formulas MOQ from 5,000 pcs
Laminate tubes for face mask packaging including sleeping hydrating clay and cream masks
15+ Years Tube Manufacturing
10,000+㎡ Production Facility
200,000+ Tubes Per Day
5,000 pcs Typical MOQ
7–10 Days Samples
25–40 Days Bulk Production

Custom Tube Packaging for Facial Masks

Face mask formulas range from lightweight hydrating gels and overnight gel-creams to rich cream masks, clay masks and exfoliating wash-off treatments. The correct tube should be selected according to formula viscosity, ingredients, barrier requirements, particle content, dispensing behavior and intended storage conditions.

Wide Formula Range

Tube structures can be developed for gels, gel-creams, rich creams, clay formulas and wash-off masks.

Barrier Options

PBL, EVOH and ABL structures support different formula protection requirements.

Controlled Dispensing

Orifice size can be matched to the viscosity and required application amount.

Premium Branding

Custom colors, matte, soft touch, printing and metallic decoration are available.

Face Mask Tube Packaging by Application

Different facial mask categories require different dispensing, barrier and squeeze-performance considerations.

Overnight Care

Sleeping Mask Tubes

Packaging for overnight masks, leave-on gel-creams and rich nighttime treatments.

Explore Sleeping Mask Tubes →
Hydration

Hydrating Mask Tubes

Flexible squeeze packaging for hydrating gels, gel-creams and moisture-focused masks.

Wash-Off

Clay Mask Tubes

Tube packaging for thicker clay, mineral and mud-style facial mask formulas.

Rich Texture

Cream Mask Tubes

Soft squeeze tubes with adequate flow paths for rich facial cream masks.

Rinse-Off Care

Wash-Off Mask Tubes

Convenient stand-up packaging for masks applied before rinsing with water.

Active Skincare

Brightening Mask Tubes

Custom barrier packaging for radiance, antioxidant and multi-active facial mask formulas.

Purifying

Charcoal Mask Tubes

Custom tube packaging for charcoal and purifying wash-off facial masks.

Sensitive Skin

Soothing Mask Tubes

Packaging for calming, moisturizing and sensitive-skin facial mask formulas.

Travel

Mini Face Mask Tubes

Compact 15–30 ml tubes for travel, sampling, gift sets and skincare kits.

PBL vs EVOH vs ABL for Face Mask Tubes

There is no single laminate structure that is best for every facial mask. Material selection should begin with the complete commercial formula and required package performance.

Premium Appearance

PBL Tubes

Plastic Barrier Laminate is useful for brands seeking premium appearance, squeeze recovery and high-quality artwork.

  • Good squeeze recovery
  • Premium cosmetic appearance
  • Strong artwork reproduction
  • Suitable for broad skincare applications
Flexible Barrier

EVOH Tubes

EVOH multilayer tubes combine enhanced oxygen barrier with flexible PE-based squeeze characteristics.

  • Enhanced oxygen barrier
  • Flexible squeeze
  • Good recovery
  • Useful for formula-specific active systems
High Barrier

ABL Tubes

Aluminum Barrier Laminate can be considered when a facial mask formula requires stronger oxygen and light protection.

  • Excellent oxygen barrier
  • Excellent light barrier
  • Strong laminate structure
  • Useful for sensitive formulations

Match Face Mask Formula to Tube Design

Viscosity is especially important because facial masks can range from fluid gels to very thick clay formulas.

Face Mask TypeTypical TextureTube Design FocusKey Validation
Hydrating Gel MaskLow–MediumSmaller opening + secure closureInverted leakage
Sleeping MaskMediumControlled dosage + squeeze recoveryUsage simulation
Cream MaskMedium–HighSoft tube + adequate flow pathEvacuation
Clay MaskHighLarger opening + comfortable squeezeSqueeze-force test
Scrub MaskMedium–High / ParticulateParticle-compatible openingDispensing consistency
Multi-Active MaskVariesFormula-specific barrierCompatibility + stability

Tube Packaging for Thick Clay & Cream Masks

Thick masks require a different package design from lightweight gels. Tube softness, shoulder geometry, opening diameter and product evacuation should be evaluated together.

Larger Orifice

High-viscosity clay formulas often need a larger opening than lightweight skincare gels.

Tube Softness

A softer body can improve dispensing comfort for dense formulas.

Flow Path

Shoulder and opening geometry should allow the formula to move without excessive resistance.

Evacuation

Test how easily consumers can remove remaining product near the end of use.

Face Mask Tube Sizes & Orifice Guide

Capacity and opening diameter should be selected according to formula texture, usage frequency and target retail positioning.

CapacityTypical DiameterCommon ApplicationOrifice Starting Point*
15 mlΦ19–22 mmSample / Travel MaskApprox. 1.5–2 mm
20–30 mlΦ22–30 mmTravel / Treatment MaskApprox. 2–3 mm
40–50 mlΦ30–35 mmSleeping / Hydrating MaskApprox. 2–3 mm
60–75 mlΦ35–40 mmCream / Wash-Off MaskApprox. 3–5 mm
100 mlΦ40 mmClay / Cream / Wash-Off MaskApprox. 3–5 mm
120–150 mlΦ40–45 mmLarge Clay / Professional MaskApprox. 5 mm or custom

*Development starting points only. Final orifice should be confirmed with the actual formula and dispensing tests.

Closure Options for Face Mask Tubes

Closures can be selected for convenient application, cap-down storage and formula viscosity.

Popular Choice

Flip-Top Cap

Convenient for medium and larger facial mask tubes, especially rinse-off products.

  • One-hand opening
  • Stand-up storage
  • Multiple opening sizes
  • Good for repeated use
Premium

Screw Cap

A clean and secure option for premium face masks, sleeping masks and travel formats.

  • Secure closure
  • Minimal appearance
  • Custom colors
  • Suitable for compact tubes
Thick Formula

Wide-Orifice Closure

Larger flow paths can support clay masks, cream masks and other high-viscosity formulas.

  • Lower dispensing resistance
  • Better for thick formulas
  • Custom opening options
  • Formula-specific development

Face Mask Tubes for Active Skincare Formulas

Facial masks may combine humectants, botanical extracts, vitamins, acids, clays, oils and other ingredients. Barrier selection should consider the complete formulation rather than a single headline ingredient.

Hyaluronic Acid

Common in hydrating masks and gel-based overnight formulas.

Vitamin C

Formula-specific oxygen and light protection may need evaluation.

Niacinamide

Evaluate the full formula, texture and co-active system before selecting barrier level.

Clay & Minerals

Focus on viscosity, dispensing force, opening size and evacuation.

How to Choose a Face Mask Tube

A practical development process reduces the risk of leakage, poor dispensing and over-specified packaging.

01

Review Formula

Identify viscosity, particles, oils, actives and compatibility concerns.

02

Define Barrier

Determine oxygen, light and other protection requirements.

03

Select Material

Compare PE, PBL, EVOH and ABL structures.

04

Choose Capacity

Select travel, retail or larger professional formats.

05

Optimize Dispensing

Match tube softness, opening and closure to formula viscosity.

06

Test Filled Tubes

Validate leakage, dispensing, compatibility and filling performance.

Xinfly Engineering Advice

Engineering Recommendations for Face Mask Tubes

Face mask packaging should not be selected from capacity or appearance alone. Formula viscosity can vary dramatically between hydrating gels and clay masks, making dispensing design especially important.

Ask an Engineer
1. Start with viscosity.

A hydrating gel and a clay mask should not automatically use the same opening or tube softness.

2. Check particles before selecting the orifice.

Scrub particles, mineral content or other solids may require a larger flow path.

3. Do not over-specify barrier.

ABL is not automatically necessary for every face mask. Select barrier from actual formula requirements.

4. Test high-viscosity evacuation.

Clay and rich cream masks should remain reasonably easy to dispense near the end of package life.

5. Test cap-down storage.

Stand-up tubes may remain inverted for long periods, so closure leakage should be validated.

6. Use the actual commercial formula.

Final compatibility and dispensing approval should use the real formula, production tube and intended closure.

Face Mask Packaging Testing

Testing the complete filled package helps identify compatibility, leakage and dispensing issues before commercial production.

01

Compatibility

Evaluate formula interaction with tube layers, shoulder and closure.

02

Leakage

Test upright, inverted and transport-related storage conditions.

03

Dispensing

Confirm consistent flow across the expected consumer-use range.

04

Squeeze Force

Particularly important for clay and high-viscosity masks.

05

Evacuation

Evaluate how much formula can be practically dispensed from the package.

06

Filling Trial

Confirm filling, eye-mark positioning and tail-seal parameters.

Custom Face Mask Tube Specifications

Xinfly Packaging can customize material, capacity, diameter, tube softness, opening, closure, color, finish and printed decoration.

For technical evaluation, provide your mask type, formula viscosity, particle information, target capacity, preferred closure and estimated order quantity.

Request Technical Support
Capacity 15–150 ml typical face mask range
Diameter Φ19 / 22 / 25 / 30 / 35 / 40 / 45 mm
Materials PE / PBL / EVOH / ABL
Structure 2-Layer / 5-Layer / Laminate
Shape Round / Oval / Flat Oval
Closures Flip-Top / Screw / Stand-Up
Orifice Approx. 1.5 / 2 / 3 / 5 mm or custom
Surface Glossy / Matte / Soft Touch / UV
Decoration Offset / Silk Screen / CMYK / Hot Stamping
MOQ Typically from 5,000 pieces

Why Choose Xinfly Packaging for Face Mask Tubes

OEM and ODM tube packaging for facial masks, overnight skincare and professional beauty products.

Multiple Barrier Structures

PE, PBL, EVOH and ABL options for different formula requirements.

Wide Viscosity Support

Tube configurations for lightweight gels through high-viscosity clay masks.

Custom Dispensing

Multiple opening sizes and closures for different mask textures.

Custom Sizes

Travel, retail and larger professional face mask formats.

Premium Decoration

Matte, soft touch, printing and metallic decoration options.

OEM & ODM Support

Packaging development from sampling through commercial production.

Explore Related Facial Skincare Tubes

Build stronger internal linking between facial masks and related skincare applications.

Sleeping Mask Tubes

Laminate tubes for overnight masks, gel-creams and leave-on facial treatments.


Sleeping Mask Tubes

Facial Scrub Tubes

Custom tubes for exfoliating scrubs and particulate rinse-off facial skincare.


Facial Scrub Tubes

Exfoliating Cream Tubes

Tube packaging for cream exfoliants and rinse-off skincare treatments.


Exfoliating Cream Tubes

Night Cream Tubes

Custom laminate tubes for overnight creams and rich nighttime skincare.


Night Cream Tubes

Hyaluronic Acid Cream Tubes

Packaging for hydrating creams, gel-creams and moisture-focused skincare.


Hydrating Skincare Tubes

Facial Skincare Tubes

Explore the complete laminate tube range for cleansers, creams, treatments and facial masks.


Facial Skincare Tubes

Face Mask Tube FAQ

Common B2B questions about custom laminate tubes for facial mask packaging.

Are laminate tubes suitable for face masks?
Yes. Laminate and multilayer squeeze tubes can package sleeping masks, hydrating masks, cream masks, clay masks and other facial mask formulas, subject to compatibility and dispensing requirements.
What types of face masks can be packed in tubes?
Common applications include sleeping masks, hydrating masks, clay masks, cream masks, wash-off masks, charcoal masks and other facial skincare treatments.
What tube size is suitable for a face mask?
50–100 ml is practical for many retail facial masks. Smaller 15–30 ml tubes can be used for travel and samples, while 120–150 ml may suit larger wash-off products.
What tube is suitable for a clay mask?
High-viscosity clay masks generally require comfortable tube softness and a sufficiently large flow path. The exact structure and opening should be tested with the actual formula.
What orifice size is suitable for a face mask tube?
Approximately 2–3 mm may suit many gel and cream masks, while thicker clay or particulate formulas may require approximately 3–5 mm or a custom opening.
Can PBL tubes be used for facial masks?
Yes. PBL can provide good squeeze recovery, premium cosmetic appearance and strong artwork reproduction for many facial mask applications.
Can EVOH tubes be used for face masks?
Yes. EVOH multilayer tubes provide enhanced oxygen barrier while maintaining flexible squeeze characteristics. Suitability should be confirmed with the actual formula.
Do face masks require ABL tubes?
Not necessarily. ABL provides strong oxygen and light barrier, but the appropriate structure depends on the complete formulation and required package performance.
Can face mask tubes use flip-top caps?
Yes. Flip-top closures are popular for many medium and larger face mask tubes because they support convenient repeated use and stand-up storage.
Can face mask tubes have matte or soft-touch finishes?
Yes. Matte, glossy, soft touch, silk screen, offset printing, CMYK and hot stamping can be customized.
What is the MOQ for custom face mask tubes?
A typical custom project starts from approximately 5,000 pieces depending on material, diameter, closure and decoration.
What information is needed for a face mask tube quotation?
Provide the mask type, target capacity, formula viscosity, particle information if relevant, preferred material, closure, artwork and estimated order quantity.

Develop Your Custom Face Mask Tube

Send Xinfly Packaging your face mask type, formula viscosity, particle information, target capacity, preferred PBL, EVOH, ABL or PE structure, closure, artwork and estimated quantity. Our team can help evaluate a suitable tube, opening and dispensing configuration.