Manufactured by 99.9% T2 copper tube Survived 2500 kpa pressure test to ensure no leakage Special design of the vertical coiled coil, which has the best heat transfer effect

Survived 3000 kpa pressure test to ensure no leakage Patent design, slightly tilting tube bundle arrangement, convenient for drainage For any coil failure caused by material and design flaws offers 18 months guarantee period

Closed water cooling tower shell is made in Mg-Al-Zn alloy coated steel, of "SuperDyma" series from company Nippon Steel, originally imported Japan. This special alloy coated steel is much better than galvanized steel in corrosion proof performance

PVC Honeycomb type stuffing, the short horizontal air- inlet design can help the cool air and water do heat exchange to the utmost extent. In addition, the stuffing can bear the water up to 50°c, and has the advantages of good flame retardant, ageing resistance, deforming resistance and low wind resistance coefficient, etc.

Material of protective guard is Superdyma (please click here ) Material of staircase is SS304, sturdy and durable.

Spray Pump adopts the GSD Brand GZ Series, which special for evaporative cooling The impeller adopts excellent hydraulic model design, stable and reliable performance Plus the motor shaft axis, concentricity absolutely right and reliable Adopts international famous brand bearing, small vibration, and low noise

Special Design for water cooling tower High quality aluminum alloy shell Good rust resistances Low noise, large air flow, running stability Special design High strength, low noise, high efficiency, large air flow Extend overall of the flow deflecting ring, greatly improve the performance of fan.

Stardard Control Cabinet Frequency Conversion Control Cabinet Programmable Logic Controller Control Carbinet

The single most important component of a cooling tower is the fill. The efficiency of a cooling tower depends upon the fill’s ability to promote both the maximum contact surface, and the maximum contact time between air and water. And it must promote this air-water contact while imposing the least possible restriction to air flow.