Super noise open cooling tower

Product Name: Super Noise Open Cooling Tower Product Overview: The fan is selected as a low-speed space twisted forward aluminum alloy or ABS cooling tower fan. The air outlet has uniform wind speed, high air volume, high efficiency, low noise, and low power consumption. The HT, HD, and MD series circular counter current cooling towers are divided into standard, low-noise, low-noise, industrial, and high-temperature types. The motor adopts a fully enclosed self cooling low-noise cooling tower motor, which has good waterproof performance, low noise, and can meet the special requirements of the cooling tower operating conditions for the motor. The reducer of the deceleration system adopts a disc-shaped steel seat support and a plate type pulley design, with a compact structure and static balance verification, ensuring smooth operation and low noise. Using Japanese Samsung triangle belt, it has high efficiency and long service life. The shell is made of reinforced glass (F.R.P) and contains UVS light stabilizer. Corrosion resistance, high strength, light weight, good universality, and easy assembly. Unique and aesthetically pleasing design that matches the overall shape of modern architecture. The structural components are made of metal materials, and all metal components have undergone zinc immersion treatment, resulting in good strength, rigidity, and strong interchangeability. Good anti-corrosion and rust prevention performance. The water distribution system adopts a rotating pipe type water distributor, which uses the reaction force of the water sprayed from the water distribution hole on the showerhead throat to push the water distribution pipe to rotate, so that the surface of the water filling material is evenly and alternately distributed with water. The water pipe is equipped with a waterproof sleeve to collect scattered water droplets and reduce drifting. The filler is made of modified PVC (polyvinyl chloride) flat sheet processed by hot rolling, with good hydrophilicity and heat dissipation area .....