This high-pressure sewer jet nozzle is expertly designed for effective flushing and cleaning of water pipes. It offers efficient, top-quality cleaning for various soft sewer blockages, including grease, fine sand, hair, minor gravel, and general waste accumulation.

The innovative design features a 0° front nozzle for tackling stubborn blockages and dirt, complemented by six 30° rear nozzles that efficiently propel the nozzle forward while flushing away loose debris, ensuring a comprehensive clean.

FEATURES
Premium Quality: Crafted from high-grade stainless steel, this sewer jetter nozzle is built for durability and superior resistance to rust.
Versatile Function: This jetting nozzle is suitable for a broad spectrum of cleaning tasks, including sewer and drain maintenance, as well as industrial pipe and tube cleaning.
High Performance: Engineered for easy navigation into sewer lines and drain pipes, this nozzle is perfect for dislodging debris and effectively cleaning fixed pipes.
Broad Applicability: The 3/8BSP nozzle is an excellent choice for larger trailer-mounted equipment commonly used in municipal and commercial applications.
Scientific Design: Featuring multiple backward-facing holes, the nozzle effectively propels itself forward and flushes away debris, ensuring a thorough cleaning process.
ADVANTAGES
- The nozzle generates one powerful front jet and six effective rear jets for comprehensive cleaning.
- Its compact size allows it to easily navigate tight corners within pipes.
- Capable of handling working pressures up to 5000 PSI for tough clogs.
- Constructed from corrosion-resistant stainless steel for long-lasting performance.
- Equipped with a 1/4" plug at the end for quick and easy connection.
- Suitable for use with hot water, withstanding temperatures up to 310℉.
SPECIFICATIONS
PACKAGE INCLUDES
- 1 x High-Pressure Sewer Cleaning Nozzle
NOTE
Please note that slight measurement variations may occur due to manual measurement.
The actual color of the item might differ slightly from the images shown due to variations in monitor settings and lighting conditions.