1200mm ST72.1 Foam Lance – 2.3mm Nozzle – Yellow (11–15 LPM) – RM Suttner Stainless Steel

SKU: 200072626

Product Overview

The ST72.1 Foam Lance from RM Suttner is a German-engineered, professional-grade lance designed for efficient vehicle and industrial pre-cleaning. Constructed from high-quality stainless steel, this 1200mm version offers extended reach, making it ideal for cleaning large vehicles, tanks, agricultural machinery, and food processing equipment.

This model is equipped with a 2.3mm nozzle (Yellow 11–15 LPM), delivering consistent, thick foam when used with a suitable foam injector. It features a 1/4" BSP male threaded inlet, providing compatibility with a wide range of pressure washer fittings. (Note: This model does not come with a quick release connection.)

Key Features

✅ 1200mm stainless steel lance – perfect for reaching tall vehicles and large machinery.
✅ 2.3mm nozzle (Yellow 11–15 LPM) – ensures excellent foam coverage for medium to high flow systems.
✅ Built-in air injector – generates rich, clinging foam for improved contact and cleaning results.
✅ 1/4" BSP male threaded inlet – allows flexible connection to most pressure washer setups.
✅ Max Pressure: 250 bar | Max Temp: 80°C | Max Flow: 15 LPM.
✅ Made in Germany – precision-engineered by RM Suttner for professional cleaning use.
✅ Corrosion-resistant stainless steel construction – ensures long-lasting durability.

Why Choose This Product?

The ST72.1 1200mm Foam Lance offers the perfect balance of reach, performance, and reliability. Its extra length allows easy cleaning of hard-to-access surfaces, while the built-in air injector ensures a thick, even foam layer that clings for longer contact time. Ideal for lorry fleets, agricultural equipment, and hygiene-sensitive industries, this lance delivers professional results with every use.

For the best performance, use with a Flowjet-recommended chemical injector. Refer to the Foam Injector Size Chartto ensure your nozzle and injector combination is correctly matched to your pressure washer’s flow and pressure.