Nozzle Features
- Internal mix
- Flow rates from 32 L/hr to 840 L/hr
- Very fine atomisation
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Nozzle Features
- One-piece construction
- Flow rates from 0.051 L/Min to 757 L/Min
- Clog-resistant
- 3/8″ FFs in Brass is available with UL approval
- For FM-approved flat fan nozzles, see the AFF series
- Extra-wide 145° spray angle
- Medium-impact spray
- Coarse atomisation
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MaxiPass (MP) full cone nozzles: Clog resistant nozzles, and fire protection spray nozzles, maximum free passage
Design Features:
- Ultimate clog-resistant design with largest free passage available in a full cone nozzle
- Two unique S-shaped internal vanes, as opposed to x-vane style nozzles, allow maximum free passage of particles
- High energy efficiency
- Easily handles dirty, lumpy liquids
- Male and female connections
- Flanged connection available
- High reliability spray performance under the most difficult conditions
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MicroWhirl® (MW) Nozzles atomising, evaporative cooling, misting, and fogging nozzles
- Outstanding atomization
- Rugged pinless design
- Drip-free performance
- 70 micron polypropylene filter
- Safety wire hole available
- U.S. Patent #7198201
- Minimum operating pressure 100 psi (7 bar)
- Mist at low pressure; fog at high pressure
- Common Materials:
- 303, 316, Nickel Alloy C-276
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NCK nozzles
- Narrow spray angles
- High velocity
- Male and female connections
- Flanged connections available
- Coarse and extremely hard-driving spray with even distribution
- Common Materials:
- 316, Brass, Polypropylene, PTFE, PVC
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- One-piece construction
- No internal parts
- Sizes for all applications
- Male connection
- High impact
- Uniform distribution with tapered edges for overlapping sprays
- Extra-wide angles available
- Common materials
- 303, 316, Brass, PVC, PTFE
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PJ Nozzles
Design Features
- High energy efficiency
- No whirl vanes or internal parts
- 1/8" or 1/4" male connection
- 100-mesh screen, 20 micron paper filter or 70 micron polypropylene filter optional
Spray Characteristics
- Finest fog of any direct pressure nozzle
- Produces high percentage of droplets under 50 microns
- Common Materials:
- 303, 310, 316, 321, 347, Brass, Nickel Alloy C-276
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- Precision stainless shower nozzle
- Universal Fit
- Use in Snap-Disc easy fit shower head system
- Various flow sizes and profiles available
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Nozzle Features
- Adjustable swivel joints allow custom alignment of spray nozzles
- Leak-proof design
- Other materials available upon request
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TF Nozzles: Spiral spray, fogging, misting, and evaporative cooling nozzles in a wide range of flows and angles; full cone nozzles, hollow cone nozzles, misting nozzles
Non-clogging nozzles: TF Spiral Spray Nozzle
- The original spiral nozzle invented by BETE
- Also referred to as pigtail nozzles, corkscrew nozzles and/or helix nozzles
- High energy efficiency
- One-piece/no internal parts
- Clog-resistant performance
- High discharge velocity
- Male connection standard; female connection available by special order
- The TF24-150, the TF8NN, and TF8FCN (in brass) are FM approved
- Wide range of flow rates and spray angles
- Fine atomisation
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TFXP nozzles
Largest free passage, full cone nozzles, clog resistant nozzles, spiral spray nozzles.
- Largest free passage in the original spiral nozzle invented by BETE and continuously improved!
- Passes particles equal to orifice size
- Clog-resistant
- One-piece, extra heavy construction
- High energy efficiency
- Male connection
- Wide range of flow rates
- Fine atomization
- Common Materials:
- 316SS, Brass, Cobalt Alloy 6, Polypropylene, PTFE, PVC
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TH nozzles
- Large free passage
- Clog-resistant; nozzles have no internal parts
- One-piece casting
- Female connection
- Flanged connection available
- U.S. Patent 4,231,524
- Inlet and outlet are in-line
- Most even spray distribution of any tangential whirl nozzle in the industry
- Common Materials:
- 316, Brass, Carbon Steel
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Nozzle Features
- Effective, economical way to circulate liquids in closed or open tanks
- Flow rates from 26.7L/Min to 12000 L/Min
- Inherently clog-resistant
- Nozzle operation creates a multiplying effect on fluid flow; the volume of discharge liquid will be 3-5 times greater than the motive liquid pumped
- Cone-shaped plume
