DYNAJET
Hose connector, PN500, M24x1.5
A stainless steel double nipple for connecting two high-pressure hoses. It is designed for professional hose setups where a secure, durable connection is needed in a DYNAJET high-pressure system.
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.
Reliable hose-to-hose connection for demanding setups
This hose connection is made for joining two high-pressure hoses in a clean and practical way. As a double nipple, it supports professional applications where hose extensions or customised line lengths are needed without compromising the integrity of the setup.
The stainless steel construction makes it a solid choice for demanding industrial use and regular handling in the field. It helps create a secure connection point in DYNAJET high-pressure systems, supporting efficient installation and dependable workflow.
For service teams and operators who need flexibility in hose management, this accessory offers a straightforward solution. It is suited to professional cleaning tasks where robust hose connections contribute to safe, stable and efficient operation.