Rcc Cooling Tower

Rcc Cooling Tower Specification

Application
Industrial, HVAC, Process cooling, Power plants

Air Flow
60000 - 600000 CFM

Motor
2 to 60 HP

Material
Reinforced Cement Concrete (RCC)

Condition
New

Type
Induced Draft, Counter Flow

Dimension (L*W*H)
Customized

Power Supply
3 Phase, 415 V, 50 Hz

Voltage
415 V

Cooling Type
Cross Flow / Counter Flow

Nozzle Material
Polypropylene / PVC

Water Flowing Rate
50-5000 m3/hr

Water Pump Motor
As per requirement

Noise Control
80 dB(A) at 1m

Service Life
Above 25 Years

Corrosion Protection
Epoxy Coated Reinforcements

Fill Media Type
PVC / PP Splash or Film Type

Fan Material
Aluminum / FRP

Drift Losses
Less than 0.02% of circulating water flow

Drive Type
Direct / Belt Driven

Structure Type
Modular, Field Erected

Operating Temperature Range
Up to 60C

Installation
On-site Assembly

Rcc Cooling Tower Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
30 Days

Main Domestic Market
All India

About Rcc Cooling Tower

Utilise this noble offer and Shop Now for our superior RCC Cooling Tower - a testament to valuable engineering and durability. Crafted from premium Aluminum/FRP fan material and reinforced cement concrete, it promises corrosion-resistant longevity with epoxy-coated reinforcements. Competitive pricing ensures excellent value for direct or belt drive models with advanced PVC/PP fill media. Suitable for heavy-duty industrial, HVAC, and power plant applications, its modular, field-erected structure handles water flow rates from 50-5000 m3/hr and airflow up to 600,000 CFM. Experience reduced drift losses, custom dimensions, and enduring performance for over 25 years. Perfect for demanding environments. Order from a leading Indian exporter, manufacturer, and supplier today!

RCC Cooling Tower: Exceptional Features & Applications

Our RCC Cooling Tower stands out with modular design, epoxy-coated reinforcements, and drift losses below 0.02%. This superior system supports operating temperatures up to 60C and is constructed for a service life exceeding 25 years. Widely used in industrial settings, HVAC, process cooling, and power plants, it delivers efficient cooling with low noise and flexible flow rates. Leading manufacturers, exporters, and service providers trust this valuable solution across India and international markets.

RCC Cooling Tower: Packaging, Policy & Market Reach

Our RCC Cooling Towers are shipped goods, securely packed for on-site assembly with stock ready to meet urgent requirements. Valuation of every product is done carefully, ensuring quality and integrity upon delivery. We offer a sample policy to facilitate evaluation before bulk orders. Serving the main domestic market throughout India, our logistics ensure timely, competitive delivery to clients nationwide, consolidating our position as a dependable exporter, manufacturer, and supplier.

FAQ's of Rcc Cooling Tower:

Q: How is the installation process for the RCC Cooling Tower conducted?

A: The RCC Cooling Tower is modular and field-erected, enabling on-site assembly by experienced technicians to ensure reliable, safe setup adapted to your location and requirements.

Q: What industries commonly utilise the RCC Cooling Tower?

A: This cooling tower is widely used in diverse sectors such as industrial process cooling, HVAC systems, and large-scale power plants, where its robust construction and efficient operation are highly valued.

Q: What benefits does the epoxy-coated reinforcement offer?

A: Epoxy-coated reinforcements provide excellent corrosion protection, contributing to a superior service life exceeding 25 years and maintaining structural integrity in challenging environments.

Q: Where is the main domestic market for RCC Cooling Towers?

A: Our primary domestic market spans across India, supplying top-tier RCC Cooling Towers to industries, service providers, and contractors nationwide.

Q: What noise control measures are implemented in the RCC Cooling Tower?

A: The tower is engineered for noise control, maintaining sound levels at or below 80 dB(A) at 1 meter, making it suitable for urban and industrial environments demanding lower noise emissions.