Project Description

UBQ

HIGH-PRESSURE WASHING HEAD

Flow Rate 

0
min
0
max
0
min
0
max

Materials

AISI 303 s.s.

Thread specification

1/8” BSPP

Water inlet axial version: 1/2″ G
Water inlet tangential version: 3/8” G

UBQ

HIGH-PRESSURE
WASHING HEAD

Flow Rate

0
min
0
max
0
min
0
max

Materials

AISI 303 s.s.

Thread specification

1/8” BSPP

Water inlet axial version: 1/2″ G
Water inlet tangential version: 3/8” G

UBQ

HIGH-PRESSURE WASHING HEAD

Flow Rate

0
min
0
max
0
min
0
max

Materials

AISI 303 s.s.

Thread specification

1/8” BSPP

Water inlet axial version: 1/2″ G
Water inlet tangential version: 3/8” G

The UBQ washing head is a high-pressure cleaning device for small and medium-sized car parts, bins, and cans. Technologically advanced and sophisticated but at the same time robust, the UBQ washing head is reliable in various applications that require high-pressure washing of persistent residues.

An hydraulic engine keeps the rotating part of the spray ball in motion. Thanks to its design, the device does not require oils or greases for lubrication.
The main innovation of the UBQ head lies in its rotating head. Depending on the application and cleaning needs, the position of the nozzles can vary in different configurations for a total of 6 different angles. 12 enclosures can accommodate a minimum of 2 up to a maximum of 4 F nozzles simultaneously. The flat jet nozzles F are designed explicitly for high-pressure washing. Their internal geometry ensures uniform jet distribution and highly effective cleaning action.
The head is available in the axial configuration – with an integrated filter – or tangential. Made of AISI 303 stainless steel, the UBQ washing head has a flow rate ranging from 15 to 30 liters per minute to a maximum of 150 bar.

The disposal of spent cleaning liquids represents an expensive activity in company budgets. The high-pressure washing heads allow a substantial reduction of this asset, thanks to the reduced water consumption.

Thanks to the high impact force of the jets, the high-pressure washing heads use on average less liquid for cleaning than the lower pressures washing heads, with substantial long-term savings.

CLJet deflection angledegDULiquid outlet diammRFFemale threadinch
DConventional orifice diammFFFlange outer diammRGMale threadinch
D1Smallest free inside diammGFlange center-hole diammSQSquare bar sizemm
DELiquid inlet diammH,H1HeightmmWWeightgr, kg
DFFlange sizeinchL,L1LengthmmWSWrench sizemm
DIAOutside diametermmNRNumber of orifices 
DN Flange nominal sizemmQCQuickfit connection 
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Axial model

Tangential model

Nozzle arrangement configurations