The rotary nozzle spins a zero degree spray creating a circular spray pattern. This results in high impact cleaning of a larger surface. The spinning water jet hits the surface area from multiple angles, creating a ‘scouring’ effect.

Rotary nozzles are ideal for a multitude of applications including rust removal, paint removal, graffiti removal, washing concrete, barnacle removal from boats, cleaning caked mud and grime from large construction equipment etc.

 

Rotating Nozzles

UR1 Rotating Nozzles

UR1 Rotating Nozzles

Model

Nozzle Size

5C-25.1100.11

03

5C-25.1100.13

04

5C-25.1100.14

045

5C-25.1100.15

05

Body Material

Brass

Pin Material

Stainless Steel

Shockproof Protection

Plastic

Rated Volume

30 L/min

Rated Pressure

350bar

Inlet

1/4NptM

Max Operating Temperature

80°C

UR3 Rotating Nozzles

UR3 Rotating Nozzles

Model

Nozzle Size

5C-25.1150.11

06 (2 Nozzles)

Body Material

Brass

Pin Material

Stainless Steel

Shockproof Protection

Plastic

Max Operating Pressure

500bar

Max Operating Temperature

80°C

UR25 Rotating Nozzles

UR25 Rotating Nozzles

These nozzles can be installed in any position due to the internal spring which eliminates the clearance between the seat and the nozzle.

Model

Nozzle Size

5C-25.1620.30

03

5C-25.1620.40

04

5C-25.1620.45

045

5C-25.1620.50

05

5C-25.1620.55

055

Body Material

Brass

Seat & Nozzle Material

Ceramic

Shockproof Protection

Plastic

Min Operating Volume

6 L/min

Max Operating Volume

29 L/min

Min Operating Pressure

80bar

Max Operating Pressure

250bar

Min Operating Temperature

5°C

Max Operating Temperature

100°C

Inlet

1/4BspF

UR32 Rotating Nozzles

UR32 Rotating Nozzles

These nozzles can be installed in any position due to the internal spring which eliminates the clearance between the seat and the nozzle.

Model

Nozzle Size

5C-25.1690.50

05

5C-25.1690.45

045

5C-25.1690.40

04

Body Material

Brass

Seat & Nozzle Material

Ceramic

Shockproof Protection

Plastic

Min Operating Volume

9.1 L/min

Max Operating Volume

34 L/min

Min Operating Pressure

180bar

Max Operating Pressure

350bar

Min Operating Temperature

5°C

Max Operating Temperature

100°C

Inlet

1/4BspF

UR35 Rotating Nozzles

UR35 Rotating Nozzles

Model

Nozzle Size

5C-25.1735.45

045

5C-25.1735.80

08

5C-25.1735.12

12

Body Material

Brass

Seat & Nozzle Material

Ceramic

Max Operating Pressure

350bar

Max Operating Temperature

90°C

Inlet

1/4BspF

UR50 Rotating Nozzles

UR50 Rotating Nozzles

Model

Nozzle Size

5C-25.1750.50

05

Body Material

Stainless Steel

Seat & Nozzle Material

Tungsten Carbide

Max Operating Pressure

500bar

Max Operating Temperature

90°C

Inlet

1/4BspF

UR60 Rotating Nozzles

UR60 Rotating Nozzles

These nozzles are patented.

Model

Nozzle Size

5C-25.1460.40

04

5C-25.1460.50

05

5C-25.1460.60

06

Body Material

Stainless Steel

Seat & Nozzle Material

Tungsten Carbide

Min Operating Volume

6.2 L/min

Max Operating Volume

44.6 L/min

Min Operating Pressure

180bar

Max Operating Pressure

600bar

Min Operating Temperature

5°C

Max Operating Temperature

90°C

Inlet

1/4BspF

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Custom Design

Hawk have an enviable reputation for being able to custom design solutions for local problems. All equipment is manufactured at the Durban factory where quality and practicality are always considered. The resulting solutions are designed to be robust enough for the tough African market.

Our Guarantee

Precision engineering and the use of high quality materials have enabled Hawk in South Africa to give a comprehensive guarantee to cover their products. A full one year’s warranty covers the workmanship and materials against defects (excluding wear and tear items) on all manufactured units.

Non-foaming Oil

Hawk Non-Foaming OilHawk Oil has been developed in conjunction with a leading oil manufacturer for the Hawk range of high pressure piston pumps. The Hawk oil is non-foaming, thereby reducing the amount of bubbles in the oil, and the amount of air in the bearings. This in turn increases the lubricating properties of the oil. The lack of emulsifiers in the oil reduces its ability to become milky in humid conditions.