How Does a Mist Pump Create Fine Sprays for Skincare Products?

Update:11 Mar 2024

1.Pressurization: The pressurization process within a mist pump involves a carefully designed mechanism that generates controlled pressure to propel the skincare product through the system. As the user depresses the pump head, the piston inside the pump chamber moves downward, creating a vacuum. This vacuum allows the chamber to fill with the skincare product. As the user releases the pump head, the spring-loaded piston moves back to its original position, pressurizing the product within the chamber. This pressurization builds up the necessary force to propel the product through the nozzle.

2.Atomization: Atomization is the process of breaking down the pressurized skincare product into fine droplets suitable for misting. Within the mist pump mechanism, the pressurized product is forced through a narrow tube or channel, increasing its velocity. As the product passes through the nozzle, it encounters a series of precision-engineered openings or channels designed to disrupt the flow and disperse the liquid into smaller droplets. This turbulent flow within the nozzle helps break down the product into fine mist particles.

3.Nozzle Design: The design of the mist pump nozzle is critical for achieving optimal spray characteristics. Fine mist nozzles feature intricate geometries and precise dimensions to control the flow rate, dispersion pattern, and droplet size of the mist. The nozzle openings are carefully calibrated to ensure uniform distribution of droplets, minimizing the risk of uneven application or wastage. Additionally, the shape and arrangement of the nozzle openings influence the angle and coverage of the spray, allowing users to target specific areas of the skin with precision.

4.Air-Assisted Atomization (Optional): In some mist pump systems, air-assisted atomization is employed to enhance the atomization process and produce finer mist particles. Compressed air is introduced into the nozzle assembly, creating a turbulent airflow that further breaks down the liquid into smaller droplets. This air-assisted atomization technique improves the uniformity and consistency of the mist spray, resulting in a smoother and more even application of the skincare product onto the skin surface.

5.Adjustable Settings (Optional): Advanced mist pump designs may incorporate adjustable settings or flow regulators that allow users to customize the spray pattern and intensity according to their preferences. By adjusting the nozzle or flow control mechanism, users can fine-tune the mist spray to suit different skincare applications and routines. This flexibility enables users to achieve optimal coverage and absorption of the skincare product, enhancing the overall efficacy and user experience.

Lotion pump EB-LP-008

Business Type:Manufacturer, Exporter

Name Model:EB-LP-008

specification;24/410

Certificate:REACH. ROHS. FDA

Terms of payment and delivery:T/T

Minimum order quantity:100000pcs

Packing details:38*38*38