The advantages of Dannice's design
1. Standard design conditions: dry bulb temperature 31.5°C, wet bulb temperature 28C, atmospheric pressure 99400Pa, inlet temperature 37°C, outlet temperature 32°;
2. The special packing of the inclined trapezoidal wave-square tower is selected, which has excellent thermal performance and small ventilation resistance, so that the cooling tower can achieve the design purpose of compact structure and small footprint;
3. Countercurrent type square cooling tower adopts aerofoil type hollow structure, large diameter, large area, low speed, low dynamic pressure glass fiber reinforced plastic fan blades, the use of this kind of cooling tower has the remarkable characteristics of energy saving and low noise;
4. Noise reduction devices are set in the inlet and outlet of the ultra-low noise cooling tower and the rain area, so that the effective noise reduction of the cooling tower of the same level is 5dB(A);
5. Can be a variety of forms of parallel combination, more suitable for large water circulation cooling water system use;
6. the fixed water distribution system, ABS multi-layer flow low pressure sprinkler, uniform water distribution, long service life, and low water distribution head, is conducive to saving the system water distribution power:
7. Q-235 profiles and FRP profiles can be used for the frame of the counter current type rectangular cooling tower body. Although the construction week is slightly longer and the one-time investment is higher, it has long service life and low maintenance cost, and excellent users can choose according to the actual situation;
8. If the circulating water turbidity is higher than 50ppm for a long time, or contains impurities such as oil pollution, PVC mesh filler should be selected according to the water quality conditions, and the turbidity of circulating water can be extended to 450pm.
ADD: Cofco Yunjing Plaza, Heshuikou Community, Matan Street, Guangming District, Shenzhen
wechat: Amy chen: +86 13650315101
+86 755 29941577
+86 755 29947530
Email: dnc@dannicechiller.com.