| Item No | Capacity | Diameter(∅) | Height |
| HY-004B-5ML | 5ML | 26mm | 85mm |
| HY-004B-10ML | 10ML | 26mm | 96mm |
| HY-004B-15ML | 15ML | 26mm | 110mm |
| HY-004B-20ML | 20ML | 26mm | 127mm |
| HY-004B-30ML | 30ML | 26mm | 157mm |
| Item No | Capacity | Diameter(∅) | Height |
| HY-004B-5ML | 5ML | 26mm | 85mm |
| HY-004B-10ML | 10ML | 26mm | 96mm |
| HY-004B-15ML | 15ML | 26mm | 110mm |
| HY-004B-20ML | 20ML | 26mm | 127mm |
| HY-004B-30ML | 30ML | 26mm | 157mm |
A cream jar is much more than a simple container; it is a packaging system engineered to preserve the stability, potency, and sensory experience of cosmetic formulations. The choice of material, closure type, and airless technology directly impacts how long a face cream retains ......
READ MOREThe benefits of airless bottle packaging center on product protection, shelf-life extension, precise dispensing, and the elimination of preservatives from sensitive formulations. Airless bottles use a vacuum-driven piston mechanism rather than a dip tube to dispense the contents......
READ MOREThe short answer: to fill an airless bottle, you clean and dry it completely, reset the internal disc to the bottom of the chamber, add your product with a funnel, spatula, or pipette while leaving a small gap at the top, then reattach the pump and prime it by pressing several t......
READ MORERefillable airless cosmetic bottles work by using an internal vacuum pump and a rising piston or bag system that dispenses product without ever letting air enter the container, which keeps the formula free from oxidation and contamination while allowing the empty bottle to be cl......
READ MORE5ML-30ML cosmetic Airless Bottle-HS-004B has innovative features such as dual-mode intelligent access and visual scale design, which perfectly adapts to the needs of multiple scenarios from professional theaters to daily travel. 5ML-30ML cosmetic Airless Bottle-HS-004B has a replaceable inner core structure and carbon footprint optimization design, providing brands with the best solution that takes into account both efficacy preservation and environmental responsibility.
1. Differentiated core technology
Micro-pressure vacuum preservation system: Compared with traditional vacuum bottles, it adopts micro-pressure airtight technology, which adds an internal micro-positive pressure environment on the basis of complete sealing, further reducing the contact between the contents and the air, especially suitable for easily oxidized ingredients.
Anti-back-suction one-way valve: The innovative built-in one-way valve design ensures that there is no air backflow in the bottle after each press, eliminating the risk of pollution, and improving the hygiene by 40% compared with ordinary vacuum bottles.
2. Material and structure optimization
Lightweight glass + coating process: The bottle body is made of environmentally friendly materials and covered with a scratch-resistant matte coating, which takes into account both texture and drop resistance; the inner liner is upgraded to a medical-grade silicone seal ring, which is compatible with irritating ingredients such as acids (such as fruit acid and salicylic acid).
Transparent window model optional: Some models are equipped with a transparent scale bar on the side, which is convenient for users to observe the remaining amount in real time, suitable for treatment-type ampoule products.
3. Smart access experience
Click type: Precisely control the micro-liquid discharge, suitable for high-concentration essence.
Rotation lock: The pump head can be locked when traveling to prevent mis-pressure leakage, and pass civil aviation security inspection without worry.
Low resistance pump head: The special spring structure reduces the pressing force by 30%, improving the operating comfort of female users.
4. Segmented market positioning
Professional hospital products: meet the stringent requirements of medical and aesthetic post-repair products for sterile and pollution-free packaging.
Travel-friendly: The capacity below 30ml is designed for high-end small and medium-sized samples, replacing the pain points of traditional hose packaging that are easy to contaminate and difficult to squeeze out.
5. Sustainable innovation
Replaceable inner core design: supports the replacement package to be directly inserted into the bottle body to reduce the waste of the outer shell.
Carbon footprint optimization: This model reduces the use of plastic by 15% and has passed the life cycle assessment certification.