Flat Fan Nozzle
Deflected Floodjet Nozzle
A deflected floodjet nozzle directs a medium-impact fan spray at a 75° angle from the inlet axis, which is what you need when a spray must hit a target surface at an offset angle without requiring a complex mounting bracket. This CNSS deflected floodjet range covers 105° to 145° spray angles and 0.2 to 757 L/min at 3 bar, so a single series can serve both a wide scrubber duct and a parts washing header. The one-piece construction with no internal parts eliminates loose components, and the male and female connections allow flexible fitting on existing headers.
| Spray Pattern | Fan and Straight Jet |
|---|---|
| Spray Angles | 105° to 145° |
| Flow Rates | 0.2 to 757 L/min at 3 bar |
| Standard Materials | 303 Stainless Steel, Brass, 316 Stainless Steel, PP, PVC, PVDF and PTFE |
Dimensions and materials outside this table are confirmed against your duty sheet before quotation.
Key Benefits
What This Nozzle Gives You
- Spray discharge deflected 75° from inlet axis reduces need for angled mounting hardware
- Extra-wide 145° spray angle covers large target areas without overlapping nozzles
- One-piece construction with no internal parts prevents disassembly or wear
- Male and female connections allow the nozzle to be fitted in either direction on a header
- Medium-impact spray suits rinsing, cooling, and gas washing without excessive erosion
- Free trial samples and 10 day sample lead time before committing to a production order
Application Scenarios
Where It Is Installed
- Scrubber systems where the spray must hit a vertical wall at an offset angle from the pipe inlet
- Parts washing lines where the nozzle must be mounted at an angle to reach under fixtures
- Cooling and quenching lines with limited space for straight-line nozzle mounting
- Gas washing ducts where the spray must cover a wide cross-section from a single inlet point
- Sand, coal, and gravel washing bars where a wide, medium-impact spray prevents clogging
Who It Is For
Buyers Who Specify It
- Plant engineers replacing nozzles in scrubber or gas cleaning systems with tight mounting constraints
- Maintenance teams in mining and quarry operations needing reliable spray coverage in dusty environments
- OEM machine builders integrating nozzles into washing or cooling modules with fixed mounting points
- Facility managers upgrading rinsing or cooling lines without redesigning header geometry
- Distributors stocking a nozzle series that handles multiple industrial applications
Problems It Solves
What It Fixes on the Line
- Spray missing the target due to misaligned mounting when the inlet axis is not perpendicular to the surface
- Need for custom brackets or elbows to redirect spray in tight or awkward spaces
- Nozzle disassembly or internal parts loosening in high vibration or high pressure service
- Inadequate coverage width from narrow spray angles in large ducts or wide conveyors
- Frequent replacement due to poor impact resistance or material failure in abrasive duty
Technical Features
How It Is Built
- One-piece construction with no internal parts to loosen or wear separately
- Spray discharge deflected 75° from the inlet axis for offset targeting
- Extra-wide 145° spray angle for broad coverage from a single nozzle
- Male and female connections so the nozzle can be fitted either way on a header
- Medium-impact spray suitable for rinsing, cooling, and gas washing without erosion
- Coarse atomization helps prevent clogging in lines with suspended solids
Published Data
Capacity Tables From the Manufacturer Data Sheet
| Model No | CK Deflected Flat Fan Nozzle |
|---|---|
| Trademark | CNSS |
| Price/Payment | T/T 100% in advance |
| Standard | Can be customized |
| Productivity | 10,000PCS/MONTH |
Materials
Body Materials and Where Each One Suits
- 303 stainless steel for general washing and rinsing duty
- 316 stainless steel where chlorides or chemical scrubbing liquor are present
- Brass for low cost water service at moderate temperature
- PP, PVC, PVDF and PTFE for acid, alkali, or solvent service
Manufacturing Process
How the Part Is Made
- Material selection against the duty the customer describes
- Machining of the body and orifice
- Inspection of orifice size and spray pattern
- Packaging
- Transportation
Quality Control
What Is Checked Before It Ships
- Raw material is restricted to selected brass, 303 stainless steel, 304 stainless steel and 316 stainless steel
- Every process from material selection to transportation is controlled
- Every product is tested before it leaves the factory
- A 3 month quality guarantee is given on the product
Customization
What Can Be Changed to Suit You
- Standard and non-standard nozzles can be made to your drawing
- OEM orders accepted including customer marking
- Small volume orders accepted for trial installations
- Samples can be ready within 10 days
- Trial samples can be sent free of charge
Comparison
How It Compares With the Alternatives
| Standard flat fan nozzle | A standard flat fan has a straight discharge axis, so it requires a bracket to redirect spray. The deflected floodjet eliminates that need by directing spray 75° from inlet, saving space and mounting cost |
|---|---|
| Full cone nozzle | A full cone covers a circular area, which suits tank filling or gas cooling, but it cannot deliver a focused fan spray at an offset angle like the deflected floodjet |
| Hollow cone nozzle | A hollow cone provides finer droplets in a ring, better for gas washing, but it lacks the medium-impact fan pattern needed for rinsing and cooling |
| Spiral nozzle | A spiral passes solids better due to external vanes, but its cone pattern does not allow precise offset spray direction like the deflected floodjet |
Use Guide
Fitting and Running It
- Measure the target width and standoff distance to confirm the spray angle matches the coverage needed
- Position the nozzle so the deflected spray hits the target at the intended angle without obstruction
- Align adjacent nozzles so their spray fans overlap evenly across the target surface
- Match the thread standard to the existing header before ordering, as male and female options are available
- Use a strainer or filtered variant when spraying water with suspended solids
- Inspect the orifice for wear or blockage if spray pattern becomes uneven or flow drops
Questions Buyers Ask
Deflected Floodjet Nozzle Questions
What spray angles and flow rates can you supply?
Spray angles range from 105° to 145° and flow rates from 0.2 to 757 L/min at 3 bar. Provide the target width, standoff distance, and line pressure and we will select the correct size code for the deflected floodjet nozzle.
Which thread sizes and standards do you make?
The deflected floodjet nozzle is available in male and female connections. Thread size is confirmed on enquiry based on your application and header setup.
Which body material should I choose?
Choose 303 stainless steel for general washing, 316 stainless steel for chlorides or scrubbing liquor, brass for plain water, and PP, PVC, PVDF or PTFE for acid, alkali, or solvent service.
Can I get a sample before placing a production order?
Yes. Trial samples of the deflected floodjet nozzle can be sent free of charge and are ready within 10 days.
Do you accept small orders and OEM marking?
Yes. Small volume orders are accepted, and standard or non-standard deflected floodjet nozzles can be made to your drawing under an OEM order.
What happens if a nozzle fails in service?
A 3 month quality guarantee is given on the deflected floodjet nozzle. Send us the nozzle photo and service conditions by email and we will assess the wear pattern.
What are your payment terms?
The product listing states T/T 100% in advance. Send the model, quantity, and destination port by email and we will confirm the terms for your order.
Related Products
Others in the Flat Fan Nozzle
Go Deeper
Industries Guides and Ways to Order
Ask About Deflected Floodjet Nozzle
Send the liquid, the pressure at the nozzle and the thread on your header. Trial samples can be sent free of charge and samples can be ready within 10 days.