How does External Spring Cleansing Oil Pump improve the viscosity adaptability of liquids?

Challenges of high-viscosity liquids
Many liquid products, such as hair oil, essential oil, and makeup remover, have high viscosity. Such products usually require higher pumping pressure and smoother liquid delivery channels. Traditional pump head designs may not be able to cope with the flow requirements of high-viscosity liquids, resulting in uneven liquid release, retention, blockage, and even waste.

In addition, high-viscosity liquids are prone to stratification during storage in the bottle and use of the pump head. If the design of the pump head cannot effectively control the fluidity of the liquid, the stratification phenomenon will aggravate the unevenness of the liquid each time it is used, thereby affecting the stability of the product and user experience. Therefore, adaptability to high-viscosity liquids is a key issue in pump head design.

Design advantages of External Spring Cleansing Oil Pump
External Spring Cleansing Oil Pump adopts a series of innovative designs to ensure that it can adapt to liquids of various viscosities, especially for products with high viscosity such as hair oil and essential oil.

Optimized pump head structure design
The pump head structure of External Spring Cleansing Oil Pump has been carefully optimized, and the internal channel is designed to be smoother and wider, so that high-viscosity liquids can flow out smoothly under less pressure. When encountering high-viscosity liquids, traditional pump heads often need to apply greater pressure, or the liquid is easily unable to flow out completely due to excessive resistance. The External Spring Cleansing Oil Pump reduces the resistance to liquid flow by optimizing the design of the pump body channel, ensuring that even high-viscosity liquids can flow out stably.

External spring structure
The External Spring Cleansing Oil Pump adopts an external spring design, which is an innovation that can effectively avoid direct contact between liquid and metal parts. The built-in spring design of the traditional pump head is prone to chemical reaction with the liquid, affecting the fluidity and stability of the liquid, especially in oily liquids.

Flow control and high-viscosity liquid adaptability
In order to better adapt to liquids of different viscosities, the External Spring Cleansing Oil Pump also precisely controls the flow rate. The flow design of the pump head can be intelligently adjusted according to the viscosity of the liquid, ensuring that high-viscosity liquids will not have uneven pumping problems due to excessive or insufficient flow.

Sealing and preventing liquid waste
Another challenge with high-viscosity liquids is that the liquid is easily retained in the pump head, resulting in liquid waste. The External Spring Cleansing Oil Pump effectively avoids the retention of liquid in the pump head through a precise sealing design. After the liquid is completely discharged, the pump head will not leave any excess residual liquid, which not only improves the efficiency of use, but also ensures that the amount of liquid pumped each time is accurate and reduces waste.

Multi-scenario adaptability
The design of the External Spring Cleansing Oil Pump enables it to maintain performance under a variety of liquid types. Whether it is high-viscosity hair care oil, essential oil, or relatively fluid liquids such as makeup remover oil and toner, the pump head can provide stable and uniform pumping effects.