1/4" NPT - High Impact WashJet Nozzle

Spraying Systems 1/4MEG-SSTC4002 is a WashJet series nozzle that produces a flat fan spray pattern thanks to its U-shaped orifice. With that in mind, this spray tip excels in pressure washing applications and has the strength required to handle this industry. Its 400 Series stainless steel construction creates a strong housing for the tungsten carbide orifice inserts which offers maximum corrosion resistance for pressure washing jobs that require harsher chemicals to remove dirt and grime.

Specifications:

• Product Number: 1/4MEG-SSTC4002
• Impact Group: High Impact
• Inlet Connection Gender: Male
• Inlet Connection Size: 1/4 in
• Inlet Connection Thread Type: NPT
• Inlet Connection Type: Threaded (Male NPT)
• Liquid Flow Rate Range: 0.2 - 1.7 gpm
• Liquid Pressure Range: 40 - 3,000 psi
• Relative Drop Size Range: 500 - 5,000 µm
• Spray Pattern: Flat Fan
• Capacity Size: 02
• Material Composition: Hardened Stainless Steel, Tungsten Carbide (Insert)
• Model: MEG-SSTC
• Spray Angle at Rated Pressure: 40°
• Design Feature: Has guide vane
• Relative Drop Size Group: 500 - 1,000 µm (Moderate Rain), 1,000 - 5,000 µm (Heavy Rain)
• Spray Angle: 40° @ 40 psi
• Spray Angle Range: 40 - 40°
• Flats: 0.406 in
• Brand: WashJet®
• Body Hex Size: 9/16 in
• Length: 0.906 in
• Rated Pressure: 40 psi
• Relative Drop Size Range: 500 - 5,000 µm

Features:

• High-impact sprays and high pressure operation ensure optimal cleaning – ideal for pressure washing
• Long wear life – 400 series stainless steel material
• Flat spray nozzles provide an even edge fan type spray pattern
• Uniform spray distribution from .27 to 78 gpm (1.0 to 290 lpm) by using optional internal guide vane to stabilize liquid turbulence
• Spray angles from 0° (solid stream) to 65° for MEG, WEG and MEG-SSTC; 0° to 80° for IMEG
• Operating pressures from 300 to 4000 psi (20 to 275 bar)
• MEG-SSTC nozzles have tungsten carbide orifice inserts for maximum erosion resistance
• IMEG® versions are ideal for critical, demanding operations 
• Features: Patented design that optimizes fluid dynamics by minimizing turbulence
• Higher impact per unit area than MEG nozzles
• Flow
• As the liquid exits through the rounded U shape of the orifice, it forms into a flat spray pattern. The distribution is even at pressures above 300 psi (20 bar).