High Pressure Turbo Nozzle

High Pressure Turbo Nozzle

The High Pressure Turbo Nozzle is a rotary pressure washer attachment for heavy-duty cleaning of hard surfaces. It combines a concentrated water jet with continuous rotary movement and is configured for compatible electric pressure washing equipment operating at 1000–4000 PSI.

Description

The High Pressure Turbo Nozzle is a rotary pressure washer attachment for heavy-duty cleaning of hard surfaces. It combines a concentrated water jet with continuous rotary movement and is configured for compatible electric pressure washing equipment operating at 1000–4000 PSI.

 

Technical Specifications

 

Parameter

Specification

Product Type

High Pressure Turbo Nozzle

Orifice Diameter

4.0 mm

Design Flow

4.0 GPM

Recommended Pressure

1000–4000 PSI

Maximum Working Pressure

4000 PSI

Inlet Connection

1/4" Quick Connect

Turbine Material

Ceramic

Protective Material

Rubber

Connecting Parts

Brass

Body Material

Aluminum Alloy

Spray Type

Rotary Concentrated Jet

Equipment Application

Electric Pressure Washer

Cleaning Duty

Heavy-Duty Surface Cleaning

 

Selection Note
The pressure washer's actual working pressure, flow rate, orifice requirement, and connection type should be checked before selecting the nozzle. 

 

Key Features

 

Controlled Flow Configuration
The 4.0 mm orifice and 4.0 GPM design flow establish the flow conditions required for the rotary jet.

 

Ceramic Rotary Turbine
The internal turbine converts incoming water flow into continuous rotary movement, allowing the concentrated jet to sweep across the surface.

 

Lightweight Aluminum Alloy Housing
The aluminum alloy housing encloses the internal assembly while keeping the nozzle suitable for handheld pressure washing equipment.

 

Protected Rotary Assembly
The external rubber layer provides physical protection around the internal rotary components during normal handling and operation.

 

Quick-Connect Interface
The 1/4-inch quick-connect interface supports rapid installation and replacement on compatible pressure washer equipment.

 

Rotary Cleaning Pattern
The rotating jet repeatedly moves concentrated water impact across the working area instead of keeping the jet fixed at one point.

 

Component Configuration

 

The GTM High Pressure Turbo Nozzle is assembled from several structural sections, including the inlet section, internal rotating unit, spray outlet, and external housing.

 

Inlet Section
The inlet section connects the turbo nozzle with compatible pressure washer accessories and provides the entry point for pressurized water.

 

Internal Rotating Unit
The internal rotating unit is installed inside the nozzle body as the main rotating assembly within the turbo nozzle structure.

 

Spray Outlet Section
The outlet section forms the final discharge opening of the nozzle assembly and is configured according to the selected nozzle specification.

 

Nozzle Housing
The housing encloses the internal components and maintains the overall assembly alignment during installation and operation.

 

Applications

 

Construction & Equipment Maintenance
Used by cleaning and maintenance operations to remove mud, clay, soil, and accumulated debris from excavators, loaders, agricultural machinery, construction equipment, and other heavy-duty equipment.

 

Industrial Cleaning
Used for cleaning production equipment, industrial machinery, maintenance areas, loading zones, and other hard surfaces affected by heavy dirt and deposits.

 

Facility & Floor Maintenance
Used for removing embedded dirt, mud, deposits, and surface contamination from concrete floors, garage floors, workshops, loading areas, and industrial facilities.

 

Tank & Vessel Maintenance
Used for external cleaning of compatible metal and plastic tanks, vessels, and containers where the surface can withstand high-pressure rotary cleaning.

 

Marine Cleaning
Used for removing dirt, mud, and surface deposits from compatible boat hulls and other suitable marine surfaces.

 

Infrastructure Cleaning
Used for cleaning compatible roads, paved areas, masonry, and other hard infrastructure surfaces affected by accumulated dirt, mud, and deposits.

 

Surface Coating Removal
Used for selected paint and coating removal applications where the substrate can withstand concentrated high-pressure water impact. A small test area should be evaluated before full-surface treatment.

 

Turbo Nozzle vs. Fixed Spray Nozzle

 

Feature

Turbo Nozzle

Fixed Spray Nozzle

Jet Movement

Rotary

Fixed

Cleaning Pattern

Circular moving pattern

Fixed or fan pattern

Water Impact

Repeatedly moves across the surface

Remains within the selected spray area

Cleaning Duty

Heavy surface contamination

General or targeted cleaning

Operator Movement

Sweeping passes

Point or fan-pattern control

 

Production Process

 

The High Pressure Turbo Nozzle is produced through controlled machining, assembly, functional testing, and final inspection.

 

Material & Component Preparation
Specified materials and components are prepared according to the approved product configuration.

 

Housing & Orifice Processing
The nozzle body and orifice are machined to the required dimensions and tolerances.

 

Turbine & Component Assembly
The internal turbine, protective components, and connection parts are assembled according to the approved structure.

 

Functional Testing
Completed nozzles undergo leakage and rotary operation checks before final inspection.

 

Final Inspection & Packaging
Products are inspected against the approved specification and packed according to order requirements.

 

Quality Control Process

 

GTM checks critical dimensions, materials, assembly condition, leakage, and rotary operation against the approved product configuration.

 

Material Inspection
Specified ceramic, rubber, brass, aluminum alloy, and other components are checked against the approved configuration.

 

Dimensional Inspection
Critical orifice, housing, and connection dimensions are checked against the approved specifications.

 

Assembly Inspection
The turbine, protective components, connections, and sealing parts are checked during assembly.

 

Leakage & Rotary Testing
Completed nozzles are checked for leakage and abnormal turbine rotation under the specified test conditions.

 

Final Inspection
Finished products are checked for configuration, connection condition, assembly status, appearance, and packaging before shipment.

 

Why Choose GTM

 

High-Pressure Expertise
Specialized in high-pressure plunger pumps and pressure washing equipment since 1997, with experience across high-pressure water systems.

 

Manufacturing Capability
GTM operates a 20,000㎡ facility with 150+ employees and produces 90+ product models covering pumps, pressure washers, components, and cleaning accessories.

 

R&D Capability
GTM holds 80+ patents and develops high-pressure equipment and related components for different application requirements.

 

OEM Capability
OEM orders can be produced to agreed specifications, including product configuration, identification, and packaging, with technical and after-sales support for international customers.

 

FAQ

 

Q: How do I select a turbo nozzle for my pressure washer?

A: Match the turbo nozzle to the pressure washer's actual working pressure, flow rate, orifice requirement, and connection specification. For the specified GTM model, the reference configuration is a 4.0 mm orifice, 4.0 GPM design flow, and up to 4000 PSI working pressure.

Q: What PSI is a 4000 PSI turbo nozzle rated for?

A: The specified model supports working pressure up to 4000 PSI and is recommended for compatible pressure washing equipment operating within 1000–4000 PSI. The equipment's actual pressure and flow should be confirmed before use.

Q: How does orifice size affect turbo nozzle selection?

A: Orifice size determines the nozzle's flow configuration and must be matched with the pressure washer's flow rate and working pressure. An incorrect orifice can result in unsuitable water flow or cleaning performance.

Q: Can a turbo nozzle damage painted or coated surfaces?

A: Yes. The concentrated rotating jet can damage paint, coatings, soft materials, or deteriorated substrates. Test a small area first and adjust the working distance and pressure according to the surface condition.

Q: Can a turbo nozzle be used with hot water?

A: Hot-water compatibility depends on the nozzle's material configuration and rated temperature. Confirm the allowable water temperature with GTM before using the nozzle with hot-water pressure washing equipment.

Q: What causes a turbo nozzle to stop rotating?

A: Possible causes include debris in the water passage, internal component wear, restricted turbine movement, or damage to the rotating assembly. Inspect the water inlet and internal components before continued operation.

Q: How should a turbo nozzle be maintained?

A: Use clean water, keep the inlet and water passage free from debris, and periodically check the connection, housing, leakage condition, and rotary movement. Stop operation if abnormal rotation or leakage occurs.

Q: What connection does the turbo nozzle use?

A: The specified GTM model uses a 1/4-inch quick-connect plug. The mating connection on the pressure washer gun, lance, or wand should be confirmed before ordering.

Q: Can I order OEM or private-label turbo nozzles?

A: Yes. GTM can support OEM requirements for product configuration, identification, labeling, and packaging based on agreed specifications.

Q: Can GTM provide samples for product evaluation?

A: Sample arrangements can be discussed based on the required configuration, application, and quantity. An approved sample can also be retained as a reference for subsequent production orders.

 

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