Premium PET Foam Pump Bottle for Facial Cleanser and Skincare 100ml

Premium 100ml PET Foam Pump Bottle for Facial Cleanser and Skincare

Boyu Packaging model BY-FB3036 is a compact 100ml PET foaming bottle developed for facial cleansers, mousse washes, mild hand cleansers and compatible low-viscosity personal-care formulas. Its foaming pump mixes liquid with air and passes it through a mesh to dispense ready-to-use foam without an aerosol propellant. The lightweight PET body, controlled dispensing and customizable appearance make it suitable for skincare brands, travel ranges, hotel amenities and private-label programs.

Explore Boyu Packaging’s foam pump bottle collection, read how a foam pump bottle works, compare plastic cosmetic bottles, or request samples and a quotation.

Core Specifications

Packaging-data note: the supplied 56 × 41 × 34cm and 10.87kg figures appear to be master-carton data rather than a single 100ml bottle package. The carton quantity, net weight, gross weight and pallet configuration must be confirmed before freight calculations.

Why Choose a 100ml Foam Bottle?

• Compact retail size: 100ml works well for facial cleansing routines, trial programs, travel sets and gift kits.
• Ready-made foam: the pump creates foam before application, reducing the need to lather the product by hand.
• Controlled consumption: a matched pump can deliver a repeatable liquid dose and a consistent visible foam volume.
• Clean dispensing: the user does not need to touch the product remaining inside the bottle.
• Lightweight packaging: PET is easier and less costly to transport than comparable glass packaging.
• Custom branding: bottle color, pump color, logo and labels can be coordinated for a skincare range.

How the Foaming Pump Works

When the actuator is pressed, the pump draws a measured amount of liquid from the bottle and combines it with air inside a mixing chamber. The mixture passes through one or more mesh screens, which form a fine foam at the nozzle. When the actuator returns, the chamber resets for the next stroke.

Foam performance depends on the complete system: formula viscosity, surfactant composition, air-to-liquid ratio, pump chamber, mesh, valve, dip tube and closure fit. A bottle cannot be approved only from its appearance or nominal capacity.

Foaming Pump vs. Airless Pump

Formula Compatibility: The Most Important Buyer Check

A foaming pump usually performs best with a free-flowing, low-viscosity formula designed to foam. Standard thick shampoo, gel cleanser, lotion, cream, scrub and particle-containing products are generally unsuitable unless specifically reformulated and tested. Adding water to a finished product without the formulator’s approval can change preservation, stability, performance and regulatory compliance.

Before ordering, send the supplier the intended formula or a representative laboratory batch. Record viscosity at a controlled temperature and evaluate:

• number of strokes required for first priming;
• liquid output per stroke and visible foam volume;
• foam texture, bubble size, wetness and stability;
• actuator force and pump recovery;
• sputtering, watery discharge or trapped air;
• mesh clogging after repeated use and storage;
• remaining product and performance near empty;
• compatibility with fragrance, oils, alcohol, salts, actives and preservatives.

Material Comparison

Suitable Products and Markets

This 100ml format is suitable for foam facial wash, amino-acid cleanser, mousse cleanser, mild hand wash, selected foaming shampoo, beard wash and other formulas developed specifically for a foamer. Likely buyers include skincare brands, personal-care importers, private-label companies, contract fillers, hotel amenity suppliers, beauty distributors and promotional-set developers.

It is not the right package for ordinary thick shampoo, conditioner, cream cleanser, lotion or products containing exfoliating particles. Those formulas are normally better matched with a lotion pump, disc-top bottle, airless bottle, jar or soft tube.

Color, Logo and Surface Customization

The product is presented in three colors, but the exact standard colors should be confirmed from current samples. Customized transparent, translucent or opaque colors may be developed subject to color-matching requirements and MOQ. Pump color can be coordinated with the bottle where suitable components are available.

Silk-screen printing works well for simple, durable logos and limited-color graphics. Labels can carry detailed ingredients, directions and multilingual regulatory information. Buyers should approve the Pantone reference, printable area, artwork position, color tolerance, registration, adhesion and rub resistance on a physical sample.

Manufacturing Process

1. Requirement review: confirm formula, viscosity, foam target, capacity, color, artwork and quantity.
2. Bottle production: form the PET bottle under controlled molding conditions.
3. Pump component production: mold and assemble the actuator, chamber, mesh, valve, dip tube and closure components.
4. Decoration: apply silk-screen printing or labels after surface inspection.
5. Assembly: match the pump and dip tube to the bottle neck and height.
6. Functional testing: evaluate priming, foam output, recovery, leakage and closure fit.
7. Final inspection and packing: protect bottles and pumps against dust, scratches and deformation.

Quality Control and Leak Prevention

Leak resistance depends on the complete bottle-pump system rather than the bottle alone. Boyu Packaging should confirm the neck finish, pump thread, gasket or sealing surface, dip-tube length and capping torque before production. The filled product must then be tested under actual distribution conditions.

• inspect bottle dimensions, weight, capacity, wall distribution, clarity and color;
• check pump component fit, mesh condition and dip-tube length;
• control tightening torque to avoid under- or over-tightening;
• test upright, side and inverted leakage with the actual formula;
• run repeated actuation and end-of-life dispensing tests;
• evaluate heat, cold, vibration and transport conditions;
• verify screen-print adhesion and abrasion resistance;
• retain approved samples and batch records for comparison.

Do not overfill the bottle. Liquid entering the air path or foaming chamber can produce wet, inconsistent foam or pump failure. The final fill level and headspace should be established during the filling trial.

Refillability, Safety and Environmental Considerations

The screw-on or removable pump may allow the bottle to be refilled, but “refillable” does not mean unlimited reuse. Repeated opening introduces hygiene risks, and dried product can block the mesh. Brands planning a refill program should define cleaning instructions, refill frequency, pump-life testing and contamination controls.

PET is lightweight and commonly recognized by recycling systems, but the complete foaming pump contains multiple components and may need to be removed. Actual recyclability depends on local collection rules, colors, labels, inks and component separation. Claims such as organic-compatible, BPA-free, recycled, food-grade or eco-friendly should be supported by the correct documentation for the final material and destination market.

MOQ, Price and Tooling

The standard MOQ is 10,000 pieces per color and design. Unit price depends on PET weight, pump specification, mesh and output, bottle and pump color, printing, packing quantity, testing requirements and trade term. An accurate quotation should include annual demand, destination port, formula description, artwork and the required foam reference.

If the existing BY-FB3036 bottle and pump meet the project, a new bottle mold is normally unnecessary. Custom colors and printing may require color-matching or screen charges. Changes to the bottle shape, neck, capacity, actuator or proprietary pump structure require engineering review and may need new tooling.

OEM/ODM Process and Lead Time

1. Send capacity, formula, viscosity, foam target, color, artwork, quantity and market requirements.
2. Select the bottle, foaming pump, lock or cap and decoration method.
3. Evaluate stock samples and run a formula dispensing trial.
4. Approve color, print, pump performance and filled-package compatibility.
5. Confirm price, payment terms, packing, inspection standard and delivery schedule.
6. Begin mass production after sample approval and deposit.
7. Complete final inspection, packing and shipment.

Existing samples are commonly prepared in about 3–5 days when components are available. Custom color or decorated samples generally require about 7–15 days. Mass production is usually planned for approximately 30–45 days after final sample approval and deposit. Tooling, complex decoration or peak-season capacity may extend the schedule.

Packing, Logistics and After-Sales

Bottles and pumps may be packed separately or assembled according to cleanliness, freight and filling requirements. Inner bags, partitions and export cartons help prevent dust, scratches and pump deformation. Palletization can be used for bulk shipments. Sea freight is usually economical for 10,000-piece orders, while express or air freight is more practical for samples.

Before shipping, confirm the actual pieces per carton, carton dimensions, net weight, gross weight and pallet plan. For an after-sales claim, provide the purchase order, batch number, carton label, affected quantity, photos, videos and test conditions. This helps determine whether the issue relates to the pump, formula, assembly, filling, transport or storage. Learn more about Boyu Packaging.

Buyer Checklist Before Ordering

• Use the term “foaming pump,” not “airless pump,” in the specification.
• Request bottle height, diameter, neck finish, empty weight and overflow capacity.
• Confirm whether 56 × 41 × 34cm and 10.87kg are carton data and request pieces per carton.
• Provide the actual formula, viscosity and target foam reference.
• Approve liquid output and visible foam volume as separate measurements.
• Test first priming, repeated output, mesh clogging, leakage and near-empty dispensing.
• Confirm pump lock or protective cap for e-commerce and travel use.
• Clarify MOQ per color, artwork and component combination.
• Approve filled and decorated samples before mass production.

Frequently Asked Questions

Is this an airless foam bottle?

No. It is a PET bottle with a mechanical foaming pump. The pump intentionally combines the liquid with air to create foam, so it is not a true airless dispensing system.

Can ordinary shampoo be filled into this bottle?

Usually not without reformulation. Conventional shampoo is often too viscous for a foaming mesh. Use a production-intent formula developed for a foamer and test it with the selected pump.

What products are suitable?

Typical applications include foaming facial cleanser, mousse wash, mild hand cleanser, selected foaming shampoo and other low-viscosity, foamable personal-care formulas.

Is the bottle leak-proof?

The components can be designed and tested for secure sealing, but no universal leak-proof claim should be made without testing the assembled package with the actual formula, fill level, torque and transport conditions.

Can it be refilled?

The removable pump may permit refilling, but repeated reuse requires hygiene, cleaning and pump-life evaluation. Product residue can dry in the mesh and reduce foam performance.

Are customized colors and logos available?

Yes. Bottle color, pump color, silk-screen printing and labeling can be customized subject to component availability, artwork approval and MOQ.

Does a custom logo require a new mold?

No. Printing or labeling an existing bottle normally does not require a new structural mold. New tooling is considered only when the shape, capacity, neck or pump structure changes.

What is the MOQ and production time?

The MOQ is 10,000 pieces per color and design. Mass production is generally about 30–45 days after final sample approval and deposit, subject to the confirmed specification and production schedule.