Description

Tiger 1/4” – Drag and Cleaning Nozzle

Drag and cleaning nozzles are specialised tools designed to clean and unblock pipes, especially when difficult obstructions and blockages need to be removed. In this context, the Tiger 1/4” nozzle stands out for its high pulling power and compact size, allowing it to pass through bends and small pipes.

Features of the Tiger 1/4”

This nozzle is manufactured from stainless steel, ensuring durability and corrosion resistance. The Tiger 1/4” is equipped with a 1/4” thread (optional 1/8”), making it compatible with a wide range of high-pressure hoses. Its compact design allows effective cleaning in pipes with diameters from 75 to 160 mm.

Drag and Cleaning Efficiency

The Tiger 1/4” nozzle stands out for its ability to unblock pipes thanks to its head with six ceramic M4 rear jets and a powerful front jet for penetration, providing extremely efficient cleaning performance.

It operates with a water flow starting from 40 l/min, ensuring optimal performance.

Its design allows long travel distances inside pipelines, easily passing through bends and ensuring deep and uniform cleaning.

Applications and Use

The Tiger 1/4” nozzle is ideal for use in various industries, including:

• Municipal sewer cleaning
• Industrial pipe cleaning
• Infrastructure maintenance

It is especially effective for:

• Dragging debris
• Removing solid waste
• Soap deposits
• Clearing difficult blockages

It improves cleaning efficiency and extends pipeline lifespan by preventing build-up.

Benefits of the Tiger 1/4” Nozzle

Thanks to its stainless steel construction and efficient design, this tool delivers precise and effective cleaning.

The combination of:

• Compact size
• Six ceramic rear jets
• Powerful penetrating front jet

provides exceptional drag and cleaning performance.

Its robust construction minimises wear and maintenance, ensuring long-term reliability.

In summary, the Tiger 1/4” nozzle is an essential tool for professional pipe cleaning operations requiring efficiency, power, and durability.