GAS COOLING NOZZLES & LANCES - SINGLE or DOUBLE FLUID
SINGLE FLUID
| flow rate ranges @ 35 bar | 5,3 - 500,0 lpm |
| spray angle ranges | 30 - 90 degree |
| pressure ranges | 20 - 40 bars |
| material ranges | AISI 316 - AISI 420 - Titanium - TC |
| industries served | mainly cement and steel industries |
| key benefits | finer droplets, longer life, fast delivery, high pressure |
| quick fit accessories | no |
| product availability | more than 900 options |
Gas cooling can be achieved by standard full or hollow cone nozzles. The types mentioned in this section are the gas cooling nozzles which are used for the applications where the sprayed water or liquid is requested to be evaporated 100% in a certain reaction length.
Such nozzles are combined with special lances that enable the return of the liquid back to the water tank by the help of return flow valve. That's why these nozzles and lances are called as return flow or spillback. The spray formation is hollow cone which helps to create maximum contact surface in between the hot gas and the sprayed liquid.
FTR designs manufactures and erects the gas cooling systems especially for gas cooling towers in the cement plants. These systems are presented under our own brand COOLING CONTROL®.
FTR designs manufactures and erects the gas cooling systems especially for gas cooling towers in the cement plants. These systems are presented under our own brand COOLING CONTROL®.
DOUBLE FLUID
| flow rate ranges | 0,5 - 200 Lpm |
| spray angle ranges | 15 - 50 Degree |
| pressure ranges | 2 - 5 bars |
| material ranges | AISI 316 - Hastelloy C276-C22-C4 |
| industries served | mainly cement and steel industries |
| key benefits | finest droplets, single or multiple orifices, low pressure |
| quick fit accessories | no |
| product availability | more than 500 options |
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Gas cooling can be achieved by standard full or hollow cone nozzles. The types mentioned in this section are the gas cooling nozzles which are used for the applications where the sprayed water or liquid is requested to be evaporated 100% in a certain reaction length. The difference of the low-pressure gas cooling nozzles is that there is no return flow like in high-pressure type, and the liquid and compressed air are used at the same time in order to break the liquid into possible finest droplets. The reaction length for full evaporation is shorter in this case due to the fact that the droplets are smaller than that of high-pressure version.
FTR designs manufactures and erects the gas cooling systems especially for gas cooling towers in the cement plants. These systems are presented under our own brand COOLING CONTROL®.
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