Fiberglass FRP Square Cooling Tower For Circulating Water System
Quick Detail:
Tested by the authoritative institution, the mechanical performance of pultrusion FRP structural used in cooling tower could meet or exceed the requirement stipulated in national standards and codes.
The structure of cooling tower is designed by specific design software according to the actual requirements for the wind load, seism and othe loadings to ensure the reliability of cooling tower. Because FRP cooling tower is with the flexible structure, it is better to afford the seism even in the mostly occurred areas of typhoon and seism. (Through the structure checking and resonance analysis by the finite element analysis software of Tongji University, the wind load of our FRP cooling tower in Taiwan could reach at 230kg/m2 and the design seism could reach at 0.5G minimum)
Specifications:
|
Model |
Waterflow per cell (m3/h) |
Dimension |
Mechnical equipment |
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|
L(mm) |
W(mm) |
H(mm) |
Fan Dia. (mm) |
Airflow(m3/h) |
Motor(KW) |
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|
CNGP-1500 |
1500 |
9800 |
9800 |
8300 |
7000 |
950000 |
55 |
|
Design condition:
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Description:
CNGP serial square counter flow cooling tower with FRP Pultruded structure is a advanced kind of cooling tower with perfect technology and reliable performance. The cooling tower has passed the inspection and test for the running tower and all kind of performance data have hit or exceed the national standard value stipulated in GB7190-2008 “Cooling tower of Plastic with enhanced glass fiber”.
The FRP structure is used for the cooling tower frame structure. The structure including enclosure casing, fan deck and partitions shall be of FRP structure.
The uniformity of water distribution and the lower resistance of air are adequately considered while designing of the cross-section of beam and column to assure the strength and stability of tower.
Applications:
CNGP serial cooling tower with ascendant performance and good quality have been widely used in the circulating water system in such fields as Air-conditioning, Electric, Chemical, Metallurgy.
Competitive Advantage:
- Non-metalizing of the components
- Streamlining of air-flow field
- Low energy-consumption of operation
- Super low loss of drift
- High-qualified draught device
