NTG Cooling Tower Cooling Capacity from 800tons to 5000tons per cell Product Description NEWIN INDUSTRIAL COOLING TOWERS! Cooling capacity from 800tons to 5000tons per cell, multi-cells are available, widely used in industries of Electric Power, Petroleum, Chemical Fertilizer, Sugar, Smelt, Seawater cooling etc. Features NEW! NTG Cooling Tower Solution 1. High Efficient Fan Drive System > FRP Fan Blades feature limosis- type designs, offering a lightweight structure, exceptional strength, excellent corrosion resistant and outstanding interchangeability for superior performance. > Prior to leaving the factory, the fan's impeller is subjected to a static balance test, guaranteeing the flawless balance quality of its rigid rotor G6.3. > NCJ Gear Reducer effectively addresses the issue of transmission shaft failure. The installation is incredibly convenient, requiring no calibration of the transmission shaft. It leads to a 5%-10% reduction in energy consumption and a remarkable 50% decrease in vibration. > Fan Motor utilizes a big brand asynchronous motor designed for outdoor use. Insulation grade: F; Protection grade: IP55. The enhanced design of the motor seat adjustment ensures increased safety and reliability. 2. SMC Fan Stack The fan stack of F.R.P material is crafted using the sophisticated SMC molding process, featuring energy-efficient, strong strength, durable service, anti- vibration design, anti-UV and nice appearance. Energy Efficient The Newin Company has meticulously refined the kinetic energy recycling fan stack to be highly energy-efficient, successfully eliminating the issue of airflow detachment from walls and minimizing vortex formation. The negative pressure zone at the center of the fan stack has been significantly reduced, resulting in a more uniform distribution of fracture surface wind speed at the fan stack outlet. Additionally, during the molding process of the fan stack, painting resin is applied twice to further minimize resistance on the inside surface. 3. Drift Eliminator The highly effective drift eliminator is intricately constructed with a V-shaped louver design and meticulously assembled with rod accessories, showcasing minimal wind resistance. > High Efficiency Of Drift Water Recovery: water loss value is a mere 0.005% or less. > Low Resistance& Energy Conversation: In an air wind condition of 3.0m/s, the ventilation resistance loss measures only 0.8mm H2O. > Water Conservation: Significantly minimize the depletion of drift water, decrease the amount of added water and the dosage of additives. Simultaneously, mitigate the impact of drift water to its minimum level. 4. Uniform Water Distribution A network of branch-pipe water distribution system is employed, featuring strategically positioned umbrella type nozzles on branch pipes to achieve the most effective dispersion of water. > Umbrella Type Nozzle is resistant to blockages and successfully resolved issues such as water film emergence and low indenter during operation due to its special innovative design. > Flexibility Of Water Distribution: The system exhibits high adaptability to hydraulic loading, as it can still operate even when subjected to a loading of 130% under working conditions. Furthermore, reducing the loading to 60% does not have any impact on the distribution. > Ease Of Maintenance: This type of down spray ensures that water is distributed to the lowest points of the system, preventing ponding and dirt buildup. It eliminates the need for manual cleaning of the distribution pipe. If turbidity does not exceed 300ppm, it can operate continuously. The injection-molded nozzles offer strong interchangeability and easy installation and removal, facilitating maintenance of the distrib