RM Suttner ST-167 easyfoam365+ 350 BAR Bypass Injector with Metering Valve

Product Overview

The RM Suttner ST-167 easyfoam365+ Bypass Foam Injector with Metering Valve is a high-performance foam injection system designed for industrial pressure washer applications up to 350 BAR. This advanced injector allows precise chemical dosing and easy switching between foam and rinse modes — without the need for nozzle inserts. Perfect for integration with ST72, ST74, or ST75 foam lances, adjustable or triple nozzles, the ST-167 ensures consistent, rich foam generation for professional cleaning systems.

Ideal for use in agriculture, automotive, and food processing industries, the ST-167 injector delivers reliable and efficient chemical application where hygiene and surface coverage are critical.

Key Features

✅ Adjustable Chemical Dosing – Integrated metering valve allows precise control of detergent concentration.
✅ Quick Switch Function – Lever-operated mechanism for easy switching between chemical and rinse modes.
✅ High-Pressure Capability – Rated up to 350 BAR for industrial cleaning systems.
✅ Wide Nozzle Range – Available in nozzle sizes from 1.2 mm to 2.8 mm for various flow rates and pressures.
✅ Durable Construction – Manufactured by RM Suttner for long service life and dependable performance.
✅ Versatile Compatibility – Works seamlessly with foam lances ST72, ST74, and ST75, plus adjustable or triple nozzles.
✅ Optional 500 BAR Version – Also available for ultra high-pressure applications.

Why Choose This Product?

The ST-167 easyfoam365+ is designed for professionals who demand flexibility, reliability, and superior foam quality. Its integrated metering valve eliminates the need for separate dosing inserts, saving time and simplifying setup. With the ability to switch between rinse and foam instantly, operators gain total control over cleaning efficiency — ideal for vehicle cleaning, livestock transport sanitising, and food processing hygiene systems.

For optimal foam coverage on vertical surfaces, apply foam from bottom to top to maximise contact time and minimise waste.