Description
Basic Wipe-Catcher 1/2″ Jetting Nozzle – Wipe and Textile Debris Removal
The Basic Wipe-Catcher 1/2″ jetting nozzle is a specialized solution designed for the mechanical removal of wipes and textile debris from small and medium-diameter pipes. Unlike standard cleaning nozzles, this model physically hooks and extracts wipes, helping operators restore pipe flow quickly and safely.
Technical Features of the Wipe-Catcher Nozzle
Manufactured from stainless steel, this nozzle offers excellent durability and resistance to corrosion under professional use. It features a 1/2″ threaded connection, ensuring compatibility with common high-pressure jetting hoses. The nozzle operates effectively in pipes with diameters ranging from 3″ to 8″.
Efficiency in Wipe and Textile Removal
This jetting nozzle is equipped with integrated hooks that capture wipes and textile debris when the nozzle is pulled backward. In addition, six rear M4 jets angled at 15° generate forward propulsion and help mobilize debris toward the hooks. The system operates with a minimum water flow of 10 GPM, ensuring controlled and effective extraction of blockages.
Applications and Typical Uses
Professionals commonly use the Basic Wipe-Catcher 1/2″ jetting nozzle in municipal sewer maintenance, industrial cleaning, and service line interventions. It is especially effective in situations where wipes, rags, and textile materials accumulate and cannot be removed efficiently with standard jetting nozzles.
Durability and Operational Benefits
The stainless steel construction ensures long service life and resistance to wear. Moreover, the mechanical hooking action reduces reliance on water pressure alone, lowering cleaning time and minimizing repeated passes. As a result, operators achieve faster blockage removal and improved operational efficiency.
Preventive Maintenance and Operating Recommendations
This nozzle is not only suitable for emergency blockage removal but also for preventive maintenance programs in networks prone to wipe accumulation. Regular use helps prevent the formation of large textile plugs that can lead to severe obstructions or pumping station failures. For optimal results, operators should use steady retrieval speed and avoid excessive pressure, allowing the hooks to engage debris effectively without forcing material further into the line.
