The Perfect All-In-One Misting Nozzles For High Pressure Systems
Our all-in-one nozzles are designed, manufactured, and assembled with great precision to provide you with the highest quality in every single batch. Our all-in-one nozzles are available in 2.3 l/h, 3.5 l/h, 6 l/h and 8 l/h.
The all-in-one nozzles with ceramic tip from AMN-Misting always comes with integrated PE filter and anti-drip valve. This combination of things is unique in the market and will prolong the lifetime and flawless useability of each all-in-one nozzle.
All batches of the AMN-Misting nozzles have been tested to withstand three times the maximum recommended operating pressure for high pressure cooling. Tested at min. 210 bar (3045 psi).
The all-in-one nozzles are easily mounted directly on all kind of 12 mm pipes with our patented mounting solution. Installment is incredibly simple as well as the tools required (which we also provide).
No need for additional fittings for mounting of the all-in-one nozzles. It comes as a complete unit which allows you the perfect placement each time and saves you the time and cost of mounting additional fittings.
Using the simple AMN-Misting modular system for pipelines gives you many positive side effects.
It is both easy, fast and secure to use either the press fittings or the cutting ring fittings, which is modified to a perfect fit on all 12 mm pipes.
The simple pipe mounting eliminates the most troublesome and expensive issues with pre-planning and logistics of readymade pipes where fitters often see a large margin of errors on pipelines and nozzle placement.
- Mount the pipe.
- Plug and play the pump.
- Flush through and test for any leakage.
- Mount the all-in-one nozzles with the simple and unique drilling tool.
- Ready for high pressure cooling and humidifying
Are you unsure if our nozzles for high pressure cooling fit your needs? Check out our catalogue and feel free to contact us with any question. AMN-Misting are ready to become your preferred misting and nozzle supplier.
Simple Installation Process
Drill Ø 3 mm hole
Center pipe in hole
and click in position
Lock and tighten
Integrated with filter
Finished in 15 sec.
AMN-Misting all-in-one nozzles are unique in many ways, but our simple installation process is unmatched:
- Mount the pipeline
- Flush the entire pipeline to let check for leakes and test the flow and pressure.
- Mount the nozzles in the right angle away from beams, ceiling, lamps and other interior with the help of our unique and simple drilling tool.
Our Selection of All-In-One High Pressure Cooling Nozzles
NOZZLE INFO
All-In-One Misting Nozzles can be mounted directly on all kinds of 12 mm pipe.
Mounting solution for all our nozzles Patent no.: BR 2013 00022
Ceramic nozzle Patent no.: BR 2022 00015
Main materials
Ceramic nozzle tip
Stainless steel AISI 316 (A4).
Special hi-pressure resistant polymer
EDPM (peroxide) rubber
PE filter 60 my
Nozzle mounting tools
AMN5 = 15 mm spanner wrench, torque 2.7 – 3.0 Nm
AMN 501 drilling tool and 3 mm drill
Drilling machine (optimal 2,600 rpm)
AMN5 All-In-One Nozzles
Integrated with filter and recommended if using normal tap water.
Recommended max. operating pressure
Industrial applications : > 1000 hours/year @ max. 50 bar (725 psi)
Agriculture applications : < 1000 hours/year @ max. 70 bar (1015 psi)
Hydraulic test pressure : 210 bar (3045 psi).
Capacity (60 bar +/- 10 bar)
0 l/h H2O
2.3 l/h H2O
3.5 l/h H2O
6.0 l/h H2O
8.5 l/h H2O
Where to use in general
Everywhere a plug is needed
Industry with cleaned water
Operations without airflow
Operations with airflow
Operations with airflow
Color ID
White
Grey
Green
Red
Black
We Make It Easy For You To Succeed With Nozzles for High Pressure Cooling
Your clients needs will wary, but we will always be ready to help you with your questions and doubts. If you don’t succeed, we don’t succeed.
We provide you with all the material you need to make the best solutions as well as a variety of explanation videos. Request our Demo Box to see and feel our products and learn how we can help you deliver the best solutions.
