1/4″ BSPT Stainless Steel High-Velocity Nozzle (HVV)
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Overview
Description:
The 1/4" BSPT Stainless Steel High-Velocity Nozzle (HVV) is engineered for targeted, high-pressure spray performance in demanding cleaning and spraying systems. Constructed from SS304 stainless steel, this nozzle offers excellent corrosion, chemical, and heat resistance, making it ideal for use in carpet cleaning, restoration, industrial processing, and agricultural spraying.
The HVV nozzle features a high-velocity fan spray pattern, delivering wide, even coverage with strong impact. It is available in multiple spray angles and flow rates, enabling users to select the perfect output for precise pre-sprays or high-volume rinsing.
Key Applications:
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Cleaning & Restoration: Carpet wands, upholstery tools, and hot water extraction
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Industrial Maintenance: Wash-down, chemical application, and surface cleaning
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Automotive & Transport: Wheel and underbody cleaning, detailing systems
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Agriculture: Fertiliser/pesticide application and irrigation systems
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Manufacturing & Processing: Conveyor rinsing, cooling, and part cleaning
Key Features & Technical Specs:
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Thread Size: 1/4" BSPT Female
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Material: SS304 Stainless Steel – corrosion, chemical, and heat resistant
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Spray Pattern: High-velocity fan spray
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Max Operating Pressure: 4000 PSI (275 bar)
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Temperature Tolerance: Up to 120 °C
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Application Compatibility: Suitable for hot water, chemicals, and pressure washers
Flow Code Options @ 3 bar (≈ 43.5 PSI):
| Flow Code | Spray Angle | Flow Rate | Description |
|---|---|---|---|
| 11001 | 110° | 0.39 L/min | Fine spray – ideal for precise pre-spray or spot cleaning |
| 110015 | 110° | 0.59 L/min | Medium flow – balanced output for pre-spray and rinsing |
| 11002 | 110° | 0.79 L/min | Higher flow – faster coverage and deeper rinsing |
| 9501 | 95° | 0.39 L/min | Tighter spray pattern for more concentrated impact |
| 9502 | 95° | 0.79 L/min | Narrow-angle with higher volume – great for stubborn soils |
This nozzle is trusted in professional systems where spray consistency, chemical resistance, and build quality are essential.
