Bete Fog Nozzle 3/8MP125N@7 Spray Nozzle 3/8 in Pipe

Product Description

The BETE FOG NOZZLE 3/8MP125N@7 is a maximum free passage spray nozzle machined from 316 stainless steel and designed to minimize clogging when handling liquids that carry solids or fibrous material. The nozzle produces a full-cone or hollow-cone spray pattern at a 60-degree spray angle through a 0.125-inch orifice. The male pipe connection fits standard 3/8-inch pipe threads for straightforward installation. Flow rate is rated at 1.700 gallons per minute at 20 psi and 2.310 gallons per minute at 40 psi. Industrial maintenance technicians, process engineers, and fluid-system specialists are the typical installers for this type of component.

This nozzle is suited for applications where passage of solids without plugging is a priority, including wash-down systems, chemical dosing lines, cooling systems, and industrial spray headers. The 316 stainless steel construction makes it appropriate for corrosive fluid environments. It is compatible with 3/8-inch male-threaded pipe connections and can be integrated into existing spray manifolds or headers without specialized fittings.

Key Features

• Maximum free passage design reduces clogging risk when spraying slurries or particle-laden fluids
• 316 stainless steel construction for corrosion resistance in harsh fluid environments
• 0.125-inch orifice diameter with a 60-degree spray angle
• Male 3/8-inch pipe connection for direct threaded installation
• Flow rate of 1.700 GPM at 20 psi and 2.310 GPM at 40 psi

Compatibility

Designed for use with standard 3/8-inch male-threaded pipe systems in industrial spray, wash-down, and fluid process applications.

Installation Notes

Installation is performed by qualified pipefitters or industrial maintenance technicians. Shut off system pressure and depressurize the line completely before removing or installing any nozzle. Apply appropriate thread sealant to male pipe threads and tighten to snug fit using a wrench - do not overtighten stainless steel threads to avoid galling. Verify flow rate and spray angle alignment against system design specifications before returning the line to service.