DYNAJET
Return hose, L = 0.55 m, G1/2, 2×90°
A compact back-flow hose for DYNAJET hose assemblies, designed with G1/2 connections and 90° ends for tidy routing. It supports controlled return flow in professional high-pressure cleaning setups where space, alignment and reliable handling matter.
Working pressure should match the task. Surface preparation and general maintenance typically use 150 to 500 bar, while industrial coating removal and concrete work require higher pressure. Contact your nearest distribution partner for guidance on the right pressure and flow rate for your specific job.
DYNAJET high-pressure cleaners are built in Tjæreborg, Denmark, for daily professional use. Spare parts and service are available through our distribution partners. For warranty terms specific to your unit, contact your local distribution partner.
DYNAJET high-pressure cleaners are built to comply with applicable safety and emissions standards. Operators should always follow local safety regulations and use appropriate protective equipment.
DYNAJET is sold exclusively through distribution partners worldwide, giving operators local access to product expertise, spare parts and service. If you do not know your local partner, contact us directly and we will help you find the right support in your region.
Compact routing for controlled return flow
The back-flow hose is a practical hose accessory for DYNAJET systems where a neat and compact connection is needed. With its short length and angled ends, it helps create an orderly hose layout and supports smooth integration into professional cleaning equipment.
It is a useful solution for operators who value clean routing and dependable handling during daily work. The hose design is suited to installation situations where straight connections would be less convenient, helping maintain flexibility in the overall setup.
For professional users, this means easier positioning and a more organised system structure. It is a functional accessory that supports efficient workflow and reliable operation in demanding high-pressure cleaning environments.