Lechler's patented tangential full cone nozzles use no internal inserts or vanes for maximum clog resistance. The unique design generates a precise, uniform spray distribution, for spray performance and reliability that's superior to conventional insert-dependent tangential full cone nozzles. Spray angles are extremely stable, regardless of pressure fluctuation.
Lechler's patented tangential full cone nozzles use no internal inserts or vanes for maximum clog resistance. The unique design generates a precise, uniform spray distribution, for spray performance and reliability that's superior to conventional insert-dependent tangential full cone nozzles. Spray angles are extremely stable, regardless of pressure fluctuation.
Lechler's patented tangential full cone nozzles use no internal inserts or vanes for maximum clog resistance. The unique design generates a precise, uniform spray distribution, for spray performance and reliability that's superior to conventional insert-dependent tangential full cone nozzles. Spray angles are extremely stable, regardless of pressure fluctuation.
| Lechler, Inc. | Lechler, Inc. | Lechler, Inc. | |
|---|---|---|---|
| Product Category | Nozzles | Nozzles | Nozzles |
| Product Number | 422. 406 | 422. 406 | 422. 406 |
| Product Name | Vaneless Full Cone Nozzle Plastic Version | Vaneless Full Cone Nozzle Plastic Version | Vaneless Full Cone Nozzle Metal Version |
| Media | Chemical; Water | Chemical; Water | Chemical; Water |
| Application | Cleaning; Scrubber Towers | Cleaning; Scrubber Towers | Cleaning; Scrubber Towers |
| Flow | 9.6 to 29.4 GPH (10.09 to 30.91 ml/sec) | 9.6 to 29.4 GPH (10.09 to 30.91 ml/sec) | 9.6 to 29.4 GPH (10.09 to 30.91 ml/sec) |
| Maximum Pressure | 10 to 100 psi (7.04 to 70.38 m H2O) | 10 to 100 psi (7.04 to 70.38 m H2O) | 10 to 100 psi (7.04 to 70.38 m H2O) |
| Pattern | Solid Cone | Solid Cone | Solid Cone |
