Mi T M Corp AW-0018-0028 0 Degree High Pressure Nozzle

Product Description

The MI T M CORP AW-0018-0028 is a 0-degree, 4.0 orifice high pressure spray nozzle designed for use with compatible high pressure washing equipment. The 0-degree spray pattern produces a concentrated, pencil-point stream that delivers maximum impact force at the target surface. Identified by its red color coding for quick tip identification in the field, this nozzle is suited for tasks requiring direct, focused water pressure. It is typically installed and serviced by pressure washing technicians, contractors, and maintenance professionals working with high pressure cleaning systems.

This nozzle is appropriate for high pressure washing applications where a concentrated stream is needed, such as removing stubborn deposits, cleaning concrete, or stripping surfaces prior to coating or sealing. The 0-degree pattern is generally reserved for tough, localized cleaning tasks and should be used with care on surfaces that may be susceptible to damage from direct high pressure contact. Packaged in a quantity of 4 per package, making it practical for service technicians to keep spares on hand.

Key Features

• 0-degree spray pattern for maximum concentrated impact force
• 4.0 orifice size for controlled flow rate output
• Red color coding for fast, reliable tip identification
• Packaged in quantity of 4 per package for field serviceability
• Designed for high pressure washing system applications

Compatibility

Designed as an OEM-style replacement nozzle for compatible MI T M CORP high pressure washing equipment that accepts standard quick-connect spray tips.

Installation Notes

High pressure nozzle replacement is typically performed by pressure washing technicians or general maintenance contractors. Always relieve system pressure and shut off the pressure washer before removing or installing nozzle tips. Inspect the nozzle seat and quick-connect fitting for wear or debris before installing the replacement tip. Use of a 0-degree nozzle requires careful handling, as the concentrated stream can cause injury or surface damage if directed improperly.