High Pressure Nozzle Factory

How do different jet modes of Nozzle affect water pressure and water flow rate during cleaning?

As a manufacturer specializing in Nozzle, we know that the design and selection of Nozzle plays a vital role in cleaning equipment. The impact of Nozzle with different spray modes on water pressure and water flow rate during the cleaning process not only determines the cleaning effect, but also directly affects the energy consumption and operating efficiency of the equipment. Our company relies on years of technology accumulation and market feedback to continuously optimize the R&D and production of Nozzle, striving to provide customers with products with excellent performance and strong adaptability to meet various complex cleaning needs.

Different spray modes of Nozzle will significantly affect the distribution of water pressure and the speed of water flow. For example, a straight-line jet Nozzle typically concentrates the water flow into a small area, creating a high-pressure jet. This design delivers powerful impact during cleaning, making it ideal for removing stubborn dirt and oil stains. However, although this concentrated injection mode is effective, it requires high water pressure for the equipment and requires the support of a powerful water pump to maintain stable high-pressure output. Our company paid special attention to this point when designing Nozzle. By optimizing the internal structure and material selection, we ensure that Nozzle can work stably for a long time under high pressure without wear or performance degradation.

In contrast, the fan jet Nozzle covers a larger cleaning area by spreading the water flow into a wide fan surface. The advantage of this design is that it can quickly handle large-area cleaning tasks, such as washing down floors or walls. However, since the water flow is diffused, the water pressure per unit area will be reduced, resulting in the impact of the jet not being as powerful as the straight-line jet Nozzle. Therefore, the fan-shaped spray Nozzle is more suitable for dealing with dirt with weak surface adhesion, such as dust, mud, etc. When developing this Nozzle, we focused on optimizing the spray angle so that it maximizes the cleaning area while still maintaining a sufficient water flow rate to ensure efficient cleaning.

The rotary jet Nozzle is a design that combines the advantages of linear jet and fan jet. This Nozzle uses an internal rotating device to convert high-pressure water flow into rotating water columns, resulting in greater coverage and stronger impact during the cleaning process. This design is ideal for handling complex surfaces, such as irregular terrain or equipment surfaces with complex structures. Another feature of the rotating jet Nozzle is its ability to enhance the shearing force of the water flow through the power of rotation, which has a significant effect on removing stubborn dirt or rust layers. When our company produces this Nozzle, we pay special attention to the durability and precision of the rotating parts to ensure that it can operate smoothly under high-pressure conditions without affecting the water flow rate.

Under different spray modes, the water flow rate will also change accordingly. Straight jet Nozzles generally provide higher water flow rates because the water flow is concentrated in a smaller area. This high water flow rate helps wash away dirt quickly, but it also means greater water consumption. Therefore, when designing the straight-line jet Nozzle, our company is committed to maximizing the utilization efficiency of water flow rate and reducing unnecessary water waste through fine flow channel design and efficient nozzle structure.

The fan-shaped jet Nozzle has a relatively low water flow rate because the water flow is dispersed, but it covers a wider area and is suitable for cleaning tasks that require quick treatment of large areas. When designing the fan-shaped jet Nozzle, our company paid special attention to the selection of the jet angle to ensure that while expanding the coverage, the water flow rate can be maintained within an effective range to achieve the best cleaning effect.

The Rotating Jet Nozzle uses rotating motion to achieve efficient cleaning at moderate water flow rates. This design makes the balance between water flow rate and water pressure more reasonable, which can effectively remove dirt without excessive consumption of water resources. In the development of this Nozzle, our company determined the optimal rotation speed and water flow rate through extensive experiments and simulations, so that it can perform well in various cleaning environments.