New Design Industrical Cross Flow FRP Cooling Tower

 cooling tower quality characteristic :

The thermal performance is high

Selects the patented filler, the large diameter air blower, the new ABS multi-laminar sprayer, the streamline shape wind tunnel, the low resistance to receive the water, has guaranteed the YDFN cooling tower highly effective heat transfer performance.

The operating cost is low    

Selects the energy conservation large diameter air blower, the amount of air flow is big, the power is small, the energy consumption is low, saves the operating cost effectively for the user; May select the multi speed electrical machinery according to the user request, can operate according to the ambient temperature the change adjustment amount of wind, further reduces the operating cost.

Environmental protection low noise

The slow-speed of revolution air blower with tempted the water character noise elimination pad, the streamline shape water collector receive the water effective control YDFN cooling tower high to the environment the influence.

Artistic durable

Tower-shaped artistic, with building perfect fusion; The surface layer uses the import colored rubber clothes, contains the ultraviolet ray absorbent, the bright and clean like mirror, the anti-aging, difficult to fade. We may product it according to the user choice of tower body color.

The tower body is dexterous

Uses the FRP compound materials massively, take the hot dipping zinc light steel products as the skeleton, optimization design becomes after Solid Edge the CAD.

Maintains conveniently

The stave sheet uses the unique hanging installment, the non-bold fastening, maintains conveniently. The time-consuming of replace YDFN-200 cooling tower filler is less than one day.

The pattern is diverse

Has the standard type, temperature control type, ultra low noise type, frost proof type, the industry cooling tower for your choose, adapts the different operation requirements.

Single appearance plans

Many parallel outline drawings

Parts:

CASING :

    - Casing of tower is made of fiber glass/reinforced plastic. The cooling tower is designed and constructed for minimum maintenance and long life. You can operate in aggressive environment and resistant water born contaminats.

P.V.C. FILL :

    - A pre-eminent quilaty and long life fill consists of modular block of PVC honey combs construction to create prolonged contact time of hot air with water for maximum heat transfer. The air pressure drop through the fill is negligible.

SPRINKLER :

    - The uniform distribution of water over the honey combs fills this sprinkler, rotates by self propulsion and eliminates the need for atomising the water nozzles. The head side includes ball bearing requiring minimum maintenance.

MOTOR :

    - Electo Magnetic designs of the entire range of many country and Motor covered by 3N series have been developed in keeping with the Latest national and international practices and confirm in general to EC recommendations.

FAN :

    - An aero-dynamically designed axial flow type fan is a well balanced construction. The fan blades are of case aluminium alloy. Fan with variable pitched blades is dynamically balanced for low vibration and high efficiency.

Nozzles :

    - Nozzles are constructed of Brass/Plastic Nylon used in cooling tower. The design ensures a fine water spray system.

cooling tower technology parameter list :

   1) The tower design incorporates a FRP distribution basin with number of flower type target nozzles in it and is located at the tower top.

    2)The water, by gravity, is dispersed over the fill media uniformly and water is allowed to pass vertically down along the honey comb fills.

    3)The fan coupled directly to the motor is placed horizontally to draw air across the fill media.

A small portion of water is evaporated which removes the heat from the remaining water.

    4)In warm moist air is drawn to the horizontally placed fan / motor and is discharged through the fan deck, to the atmosphere.

    5)The resultant cold water is collected at the cooling tower collection sump from where it is re-circulated to the application.