enz® Cutter Ball CB90 Nozzle 1/2" CC (3 Rear Jets) (425.090AS)

High-Flow Carbide Cutting Ball Nozzle with Enhanced Pulling Power

The enz® CB90 CC cutting ball nozzle (425.090AS) is built for demanding cleaning applications in larger pipe systems where both cutting power and propulsion are critical. Featuring a carbide frontal cutter, this cutting sewer nozzle is designed to break through heavy blockages while maintaining controlled, efficient operation.

Its spherical design allows smooth navigation through bends and offsets without damaging pipe walls. The self-sharpening lateral cutting edges ensure long-term effectiveness, while the enz® counter-rotation principle keeps rotation speeds controlled to reduce wear and extend service life—even during high-flow operation.

Key Features & Benefits

• Carbide frontal cutter for aggressive blockage removal

• 3 rear jets for increased pulling force and debris transport

• Self-sharpening cutting edges for consistent long-term performance

• Spherical design navigates bends safely without pipe damage

• Counter-rotation system reduces wear and improves durability

• Heavy-duty construction built for demanding environments

Performance Overview

• Requires a minimum flow of 21 GPM

• Features 6 rotating jets for powerful cutting and cleaning

• Includes 3 rear jets for enhanced propulsion

• Rated for pressures up to 2900 PSI

• 1/2" connection for standard jetting setups

Ideal Applications

This pipe cutting nozzle is ideal for high-demand cleaning scenarios:

• Cutting through heavy root intrusions and dense obstructions

• Removing mineral deposits and hardened scale

• Improving debris transport in longer or more challenging pipe runs

• Cleaning larger diameter pipes with maximum efficiency

Why Choose This High-Flow Carbide Cutting Ball Nozzle?

With added flow and rear propulsion, this CB90 CC configuration delivers both aggressive cutting and improved pulling force. It’s a dependable solution for professionals tackling the toughest pipe cleaning jobs.

For more information, visit ENZ Catalog