Delivery Time:4 weeks

Industrial Closed Circuit Cooling Towers Equipment With FRP Structural

Quick Detail:

CNCC-Ser. Closed type cooling tower,counterflow design with closed circuit inside.We have 2 :fully steel structural & fully FRP structural.CNCC-Ser. Is very suuitable for the application of special layout,big water flow rate and high level equipment requirements.

CNCC serial is our closed type square counter flow cooling tower 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”.

Specifications:

Model	Waterflow per cell (m3/h)	Dimension	Mechnical equipment
L(mm)	W(mm)	H(mm)	Fan Dia. (mm)	Airflow(m3/h)	Motor(KW)
CNCC-150	150	4200	4200	4900	3600	187259	15
Design condition: The inlet temp. and outlet. Temp. is 40℃ and 32 ℃; The WBT is 28℃; SS is less than 50 ppm.

Description:

CNCC-Ser. Closed type cooling tower,counterflow design with closed circuit inside.We have 2 :fully steel structural & fully FRP structural.CNCC-Ser. Is very suuitable for the application of special layout,big water flow rate and high level equipment requirements.

Standard circuit pipe fabricated from high quality steel pipe and can resist 400 psig(2700 KPa) gas pressure test before delivery.Hot dip galvanized treatment for whole pipe during 400℃ high temp. pure zinc basin.SUS 304 Circuit is an option.

Frame of tower adopt galvanized alluminum steel plate,which can be used in normal industrial water quality.The coating on surface can protect the steel material from corrossion.Fully FRP structure is an option for your choice.

Applications:

Precision heat pump and main engine applicated in commercial building and star hotel

Induction furnace-Heat treatment and solar power

Steel Plant-Continuous cooling,blast Furnace Cooling

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