Giant 22060A-4.5 TurboLaser Rotating Nozzle – 8.0 GPM – Size 4.5

Model: 22060A-4.5
Category: Pressure Washer Accessories → Rotary & Turbo Nozzles
Type: High-Pressure Rotating (Turbo) Nozzle – 0° Impact / 20° Coverage

The Giant 22060A-4.5 TurboLaser Rotating Nozzle – Size 4.5 is a premium, German-engineered turbo nozzle designed for aggressive commercial and industrial pressure washing applications. Delivering the concentrated cutting force of a 0° stream with the expanded cleaning path of a 20° rotating spray pattern, this nozzle maximizes both impact and surface coverage.

⚠️ Because this nozzle produces impact comparable to a 0° tip, it should only be used on durable surfaces such as concrete, masonry, steel, and heavy equipment.

Performance Overview

• 0° Water Stream with 20° Rotating Angle

• High-speed rotary action for improved surface agitation

• Designed for systems up to 8 GPM

• Manufactured in Germany for professional-grade reliability

Technical Specifications

• Brand: Giant

• Model / SKU: 22060A-4.5

• Nozzle Size: 4.5

• Maximum Flow: 8.0 GPM

• Maximum Pressure: 6000 PSI

• Maximum Temperature: 195°F

• Inlet Connection: 1/4" NPT

• Water Stream: 0°

• Rotating Angle: 20°

Construction & Design

• Durable brass body construction

• High-wear ceramic internal rotor components

• Precision-balanced rotating assembly

• Engineered for heavy-duty, high-pressure cleaning

Key Features

• Giant 22060A-4.5 TurboLaser rotating nozzle

• Rated for 6000 PSI high-pressure systems

• 8.0 GPM flow compatibility

• 0° impact with 20° rotating coverage

• 1/4" NPT inlet connection

• Made in Germany

• Ideal for industrial and commercial pressure washing

Ideal Applications

• Concrete & pavement restoration

• Industrial equipment cleaning

• Heavy machinery washing

• Graffiti and heavy stain removal

• Masonry and hardscape maintenance

Sizing Tip

To maintain optimal operating pressure and pump protection, match the Size 4.5 TurboLaser nozzle to your machine’s GPM output. Proper sizing ensures maximum cleaning efficiency while preventing overloading of pump components.