Spraying Systems 1/4" Veejet MEG 65° 500psi

2025-12-20T11:30:07-08:00

Price: 20.55 - 28.15 (11 variants)

Description Specs & Engineering Applications

Wide-Angle | Low & Medium Pressure Application

The Spraying Systems VeeJet® 65° Nozzle is the industry standard for low-to-medium pressure fluid application. Unlike the high-pressure WashJet series, the VeeJet is engineered for volume and coverage rather than cutting impact.

The 65° spray angle produces a very wide, gentle fan. This is ideal for rinsing soap off large vehicles, wetting down dusty areas, or applying chemical solutions where surface saturation is the goal.

✅ Tapered Edge Design

VeeJet nozzles feature a specially machined orifice that creates tapered edges to the spray pattern. This allows for uniform coverage when multiple nozzles are mounted on a spray bar or manifold, as the tapered edges overlap to prevent "striping."

⚠️ Pressure Rating Warning

This series is rated for a maximum of 500 PSI. It is NOT designed for high-pressure blasting.

Correct Use: Downstream injection, city water pressure, booster pumps, sprayer pump, softwash application (under 500 PSI).

Incorrect Use: Direct connection to a 4000 PSI pressure washer pump outlet.

Technical Specifications

Model | Spraying Systems VeeJet® (H-U Series)
Thread Type | 1/4" NPT Male
Material | Stainless Steel (303)
Spray Angle | 65 Degrees (Extra Wide)
Max Pressure | 500 PSI

Professional 65° Use Cases:

Manifold/Boom Spraying: The tapered edges create an even curtain of liquid when nozzles are overlapped on a spray bar (ideal for car wash arches or conveyor rinsing).

Softwash Application: Ideal for applying Sodium Hypochlorite (SH) or other detergents at low pressure.

Foam Control: Used in tanks and water treatment to knock down foam accumulation with a gentle, wide spray.

Soft Rinsing: Perfect for rinsing delicate surfaces where impact pressure needs to be minimized.

💡 Did you know?

The "Vee" in VeeJet refers to the internal V-notch cut that forms the spray pattern. This shape allows for a higher volume of flow at lower pressures compared to the "cat-eye" shape of a high-pressure MEG nozzle.