KUHONG Factory produces sewer jetting nozzles with multiple functions to handle various pipe cleaning needs. Their high-quality materials and precise design ensure durability and superior performance.
Model | Max Pressure | Size | Inlet | Description | |
/ | BAR | PSI | / | / | / |
SWN-01 | 350 | 5000 | 020-080 | Optional | 25L, 1 forward jets and 4 rear jets |
SWN-02 | 350 | 5000 | 020-080 | Optional | 30L, 1 forward jets and 6 rear jets |
SWN-03 | 350 | 5000 | 020-080 | Optional | 8-12L, 1 forward jets and 3 rear jets |
SWN-04 | 350 | 5000 | 020-080 | Optional | 30L, 1 forward jets and 6 rear jets |
SWN-05 | 350 | 5000 | 020-080 | Optional | 40L, 1 forward jets and 6 rear jets |
SWN-06 | 350 | 5000 | 020-080 | Optional | 10-16L, 1 forward jets and 3 rear jets |
SWN-07 | 350 | 5000 | 020-080 | Optional | 10-16L, 1 forward jets and 3 rear jets |
SWN-08 | 350 | 5000 | 020-080 | Optional | 30L, 1 forward jets and 6 rear jets |
SWN-09 | 350 | 5000 | 020-080 | Optional | 6-9L, 1 forward jets and 3 rear jets |
SWN-10 | 350 | 5000 | 020-080 | Optional | 6-9L, 1 forward jets and 3 rear jets |
SWN-11 | 350 | 5000 | 020-080 | Optional | 8L, rotating, 3 rear jets |
SWN-12 | 350 | 5000 | 020-080 | Optional | 20-25L, 1 forwardjet and 6 rear jets |
SWN-13 | 350 | 5000 | 020-080 | Optional | 30L, 1 forwardjet and 6 rear jets |
SWN-14 | 350 | 5000 | 020-080 | Optional | 40L, 6 rear jets |
SWN-15 | 350 | 5000 | 020-080 | Optional | 1 forward jets and 3 rear jets |
SWN-16 | 350 | 5000 | 020-080 | Optional | 17L, 1 forward jets and 6 rear jets |
SWN-17 | 350 | 5000 | 020-080 | Optional | 40-70L, 4 side jets and 6 rear jets |
SWN-18 | 350 | 5000 | 020-080 | Optional | 70L, 1 forward jets and 8 rear jets |
SWN-19 | 350 | 5000 | 020-080 | Optional | 70L, 1 forward jets and 6 rear jets |
SWN-20 | 350 | 5000 | 020-080 | Optional | 300bar rotating nozzle |
Hope these can help your customers understand the proper use and maintenance of their sewer jetting nozzles, ensuring they get the most out of their purchase while maintaining safety and effectiveness.
Have jets that shoot water forward.
Primarily used for cutting through blockages and obstructions.
Effective for penetrating tough clogs, such as grease, roots, and scale buildup.
Rear-Jet Nozzles:
Have jets that shoot water backward.
Used for pulling the hose through the pipe and for cleaning and flushing the pipe walls.More effective for removing debris and transporting it downstream.
Sewer jetting nozzles and are attachments designed specifically for cleaning and unclogging sewer pipes. It is usually connected to a high-pressure cleaner or water pipe to clean the inside of the pipe through a high-pressure water flow.
Nozzles will use high-pressure water to spray multiple powerful water jets, which can effectively remove dirt, grease, sediment and blockages in the pipe. Through high-pressure water flow, the nozzles can unclog blocked pipes and restore normal flow in the pipe.
The high-pressure cleaner generates a strong water flow, which is transmitted to the sewer jetting nozzle through the connected high-pressure hose.
The multiple hole spray high-pressure water in different directions. The front hole is used to flush the blockage, and the rear and side holes are used to push the nozzle forward and clean the pipe wall at the same time.
The water flow from the rear hole can not only clean the pipe wall, but also generate reverse thrust, so that the nozzle moves forward in the pipe and gradually cleans the entire pipe.
This multi-directional high-pressure jet design makes the sewer nozzle very efficient and effective in cleaning and unclogging sewer pipes.
Features | Functions | Applications | |
Front-Jet Nozzles | Nozzles with jets positioned at the front to clear blockages. | Pushes the nozzle through the pipe while cleaning the front of the nozzle. | Ideal for breaking up blockages and debris at the front of the nozzle. |
Rear-Jet Nozzles | Jets located at the rear to propel the nozzle forward while cleaning. | Uses the rear jets to push the nozzle through the pipe and clean the pipe walls. | Effective for high-pressure cleaning and clearing stubborn blockages. |
Front and Rear-Jet Nozzles | Combines both front and rear jets for balanced cleaning and propulsion. | Provides a comprehensive cleaning solution with propulsion and front cleaning. | Versatile for various cleaning tasks and pipe sizes. |
Rotating Jet Nozzles | Includes rotating jets for more thorough cleaning. | Rotates to cover a wider area and enhance cleaning efficiency. | Ideal for heavy-duty cleaning and removing tough deposits. |
Multi-Jet Nozzles | Multiple jets in different configurations (e.g., 3 jets, 6 jets). | Offers varied spray patterns and cleaning intensities. | Suitable for different types of blockages and pipe conditions. |
Suitable for home sewer and drain cleaning tasks, including kitchen sinks, bathroom drains, and small sewer lines.
When Requirements for efficiency and handling larger pipe systems, like restaurants and office buildings.
For industrial settings, such as factories and large facilities, High-pressure and durable nozzles for extensive and heavy-duty cleaning tasks.
Choosing the right sewer jetting nozzle depends on several factors, including the type of blockage, the diameter of the pipes, and the specific application. Here are some steps to help you choose the right nozzle:
Different nozzles are designed to tackle various types of blockages. For instance, a penetrating nozzle is ideal for cutting through grease and heavy obstructions, while a flushing nozzle is better for cleaning out debris and loose materials.
The size of the pipe will determine the size of the nozzle. Using a nozzle that is too large or too small for the pipe can reduce efficiency and possibly damage the pipe.
Ensure the nozzle is compatible with the flow rate and pressure of your jetting machine. Mismatched flow rates can result in ineffective cleaning or damage to the equipment.
At the same time, we also welcome our customers to provide us with more user feedback on their experience and evaluation of sewer jetting nozzle. We will continue to show the effect comparison in different scenarios, such as residential, commercial and industrial applications, to help more people make informed decisions.