1200mm ST72.1 Foam Lance – 2.3mm Nozzle – Yellow (11–15 LPM) with KEW Male Quick Release Spigot

SKU: 200072649

Product Overview

The ST72.1 Foam Lance from RM Suttner is a premium, German-engineered foam lance designed for professional vehicle and industrial pre-cleaning. Constructed from high-quality stainless steel, this 1200mm version provides extra reach, making it ideal for cleaning tall vehicles, tankers, agricultural machinery, and large plant equipment.

This model comes complete with a KEW Male Quick Release spigot, offering fast and secure connection to compatible pressure washer guns. Equipped with a 2.3mm nozzle (Yellow 11–15 LPM), it delivers thick, clinging foam when used with a suitable foam injector, helping to break down dirt, grease, and grime effectively.

Key Features

✅ 1200mm stainless steel lance – ideal for large vehicles, machinery, and elevated cleaning applications.
✅ KEW Male Quick Release spigot – enables fast and easy connection to pressure washer guns.
✅ 2.3mm nozzle (Yellow 11–15 LPM) – ensures consistent foam delivery for medium to high flow systems.
✅ Built-in air injector – produces dense foam for improved surface contact and cleaning results.
✅ Max Pressure: 250 bar | Max Temp: 80°C | Max Flow: 15 LPM.
✅ Made in Germany – precision-built by RM Suttner for reliability and long service life.
✅ Corrosion-resistant stainless steel body – built for demanding professional environments.

Why Choose This Product?

The ST72.1 1200mm Foam Lance with KEW Quick Release is the perfect combination of reach, durability, and performance. It allows operators to apply foam efficiently across large or tall surfaces, ensuring thorough pre-wash coverage. Ideal for fleet washing, agricultural cleaning, industrial use, and food processing, this lance ensures consistent foam thickness and coverage every time.

For best results, use alongside a Flowjet-recommended chemical injector. Consult our Foam Injector Size Chart to confirm the correct injector and nozzle pairing for your machine’s pressure and flow rate.