Name: China MAZ-3 Triple Stacked Tips Manufacturers, Suppliers - Wholesale Price - FOREDE
Brand: Forede
SKU: 306225765

Description

Technical Parameters

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Products Description

forede ® MAZ-3 Triple Stacked Tips

The MAZ-3 Triple Stacked Tips is a three-stage layered smooth bore nozzle made by forede. Its multi-section tapered waterway gradually compresses water flow to form a tight, concentrated straight jet. Constructed from anodized aluminum alloy, this lightweight nozzle resists abrasion and atmospheric corrosion while maintaining stable performance at the rated 8 Bar working pressure.

This MAZ-3 Triple Stacked Tips features three interchangeable orifice sections for flexible flow adjustment. The factory standard assembly includes 2-inch, 1-3/4-inch and 1-1/2-inch tips. Users can rearrange these components to change total water output, with a maximum flow capacity reaching 4800 LPM. The 2.5-inch female NH inlet fits seamlessly onto most international fixed fire monitors.

The triple-tip modular structure eliminates the need to carry multiple separate nozzles. Without complex internal moving parts, the MAZ-3 Triple Stacked Tips rarely clogs or malfunctions. It is purpose-built for deluge fire systems at oil storage terminals and chemical parks, delivering steady long-range jet power to contain large-scale industrial blazes.

MAZ-3
MAZ-3
MAZ-3
MAZ-3

Products Feature

Monitor Nozzle Material: Aluminum Alloy ;

Patterm: Staright Stream;

Monitor Nozzle Type: Constant ;

Flow Rate : 4800LPM ;

Control Type: Manual;

Application: For fire monitor,for fire fighting,for fire hydrant;

Media : Water;

Inlet Size: 2.5 '' NH Female .

Technical Parameter

forede ® MAZ-3 Triple Stacked Tips

The MAZ-3 Triple Stacked Tips is a three-stage smooth bore nozzle made of anodized aluminum alloy. It operates under 8 Bar pressure with a maximum flow of 4800 LPM. Three combinable orifice tips create compact straight streams, and the 2.5" female NH inlet matches most industrial fire monitor connections.

Inch	1"	1-1/8"	1-1/4"	1-3/8"	1-1/2"	1-3/4"	2-1/10"
mm	25.7	28	31.5	36.5	41.5	45	52
LPM	1200	1400	1800	2400	3000	3600	4800
Tips	Tips-1		Tips-2		Tips-3
Standard Orifice Size	2''		1-3/4''		1-1/2''

Frequently Ased Questiones

1. How does the triple-stage tapered channel improve anti-wind performance of the water jet?

Three gradual diameter reductions squeeze the water column step by step. The MAZ-3 Triple Stacked Tips reduces turbulence and air entrainment, producing a denser jet that resists wind drift far better than single or double-tip nozzles during open-air firefighting operations.

2. Can I rearrange the three tips into any installation order freely?

You must install the largest orifice at the bottom and the smallest one at the top to follow the gradual shrinkage design. Disordered assembly will cause water turbulence and weaken jet range. You can still pick different orifice sizes as long as the descending diameter rule is followed.

3. What can be done to prevent sediment buildup inside the three stacked sections?

You can fully unscrew the three threaded segments for thorough flushing after each use. The smooth inner surface of the MAZ-3 Triple Stacked Tips prevents dirt from sticking firmly. Quarterly deep cleaning will keep the waterway unobstructed for years of continuous outdoor use.

4. In what scenario is the triple stacked design more advantageous than double-tip models?

When the water supply pipeline has highly unstable flow pressure, three-stage adjustment gives more flow options. Fire crews can fine-tune the output precisely to match fluctuating water pressure, which makes the MAZ-3 Triple Stacked Tips ideal for unmanned automatic deluge fire protection systems.

5. Will the multiple threaded connections lead to pressure loss during high-volume water discharge?

Each threaded joint is precision-machined with smooth transition surfaces, so there is no sudden change in water channel diameter. Under 8 Bar rated pressure, the MAZ-3 Triple Stacked Tips maintains almost no extra pressure drop across the three connecting sections.