Mi T M Corp AW-0018-0150 High Pressure Nozzle 15 Degree

Product Description

The MI T M CORP AW-0018-0150 is a high pressure spray nozzle with a 15-degree fan pattern and a 3.0 orifice size. The yellow color coding identifies this as a 15-degree nozzle, following the industry-standard color system used across professional pressure washing equipment. This nozzle is designed for use with high pressure washers in trade and commercial service applications. Power washing technicians, facility maintenance crews, and equipment service professionals install this nozzle when a focused, moderate-angle spray pattern is needed for surface cleaning or preparation tasks.

This nozzle fits into typical residential and commercial pressure washing applications where a 15-degree pattern delivers concentrated cleaning force with wider coverage than a zero-degree nozzle. The 3.0 orifice size is suited for mid-range pressure washer flow rates. It ships in a package quantity of four units, making it practical for service fleets or technicians who carry spares. Common uses include concrete cleaning, equipment washing, and surface prep ahead of coating or sealing work.

Key Features

• 15-degree fan spray pattern for focused, high-impact cleaning
• 3.0 orifice size matched to mid-range pressure washer flow rates
• Yellow color coding for quick field identification per industry standard
• Sold in a package quantity of 4 units
• Designed for high pressure washer systems

Compatibility

Designed as an OEM-style replacement nozzle for MI T M CORP high pressure washer equipment. Confirm orifice size and inlet connection type match your specific unit before installation.

Installation Notes

Installation is performed by pressure washing technicians or equipment service professionals. Always relieve system pressure and shut off the pressure washer before changing nozzles. Inspect the nozzle seat and quick-connect fitting for debris or wear before attaching the new nozzle. Never direct a high pressure nozzle toward people, animals, or electrical components during operation.