DYNAJET
Rotary jet nozzle, 1000 bar, 4 orifices, d = 18
A compact swirl jet nozzle for professional high-pressure cleaning at up to 1000 bar. It is designed for precise nozzle-based cleaning tasks where controlled water impact and reliable handling are important.
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.
Precise cleaning action for demanding nozzle work
The swirl jet nozzle 1000 bar is a specialist accessory for professional cleaning applications that call for focused, controlled jet performance. It is suited to users who need a dependable nozzle solution for detailed work in industrial and commercial environments.
Its swirl jet design supports concentrated cleaning action, helping to deliver effective surface treatment with a compact and practical setup. This makes it a useful choice wherever accuracy and control matter more than broad-area coverage.
With its lightweight design, the nozzle is easy to integrate into everyday high-pressure cleaning routines. It supports efficient work on DYNAJET systems and helps maintain a clean, professional workflow in demanding operating conditions.