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Cooling Tower FRP Pultruded Structure

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MOQ : 1 Unit

Cooling Tower FRP Pultruded Structure Specification

Motor
Flange-Mounted, TEFC, IP55

Air Flow
7000 to 80000 CFM (Varies with model)

Application
Industrial Cooling, HVAC, Process Cooling

Material
FRP (Fibre Reinforced Plastic) - Pultruded Structure

Condition
New

Type
Induced Draft, Counter Flow or Cross Flow

Dimension (L*W*H)
Customizable as per requirements

Power Supply
3 Phase, 50/60 Hz

Voltage
380V / 415V (As required)

Cooling Type
Water Cooled

Nozzle Material
ABS / Polypropylene

Water Flowing Rate
35 to 650 m3/hr (Model dependent)

Water Pump Motor
Available as per system configuration

Noise Control
Low Noise FRP Fans and Acoustic Enclosure

Assembly
Modular, easy-to-install, pre-fabricated parts

Temperature Range
Up to 60C inlet water temperature

Corrosion Resistance
High resistance to chemicals, corrosion, and UV rays

Thermal Efficiency
High efficiency design for optimum heat rejection

Fan Type
Dynamically balanced axial flow fan

Fill Media
PVC / PP film or splash fills as per process

Water Distribution System
Non-clogging polypropylene distribution nozzle

Surface Finish
UV resistant, colour pigmented gelcoat finish

Access Platform
Integral FRP walkway/platforms for maintenance

Service Life
Designed for long operational life with minimal maintenance

Drift Eliminator
PVC / FRP drift eliminators to control water loss

Color
Sky Blue / Custom color available

Frame Structure
Pultruded FRP sections joined by SS/HDG fasteners and brackets

Basin Type
Leak-proof FRP water collection sump

Cooling Tower FRP Pultruded Structure 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 Cooling Tower FRP Pultruded Structure

A cooling tower system that uses a primary framework and structural elements made of pultruded FRP (Fibre Reinforced Plastic) materials is referred to as having a FRP pultruded structure. FRP pultruded structures have a number of benefits for cooling tower applications because of their durability, strength, and corrosion resistance.

The main characteristics and advantages of a FRP pultruded structure in a cooling tower are listed below:

1. Columns, beams, supports, and panels that make up the cooling tower's primary framework and structural components, such as pultruded FRP profiles, are used. These profiles are made using the pultrusion method, in which thermosetting resin is infused into continuous fibres (usually fibreglass) and the fibres are dragged through a heated die to make the required shape. The resulting FRP profiles are extremely strong and long-lasting while being lightweight.

2. FRP materials are naturally resistant to corrosion caused by exposure to moisture, chemicals, and environmental factors. They are therefore perfect for cooling tower applications where there is water and a variety of chemicals. FRP doesn't rust or corrode over time like traditional materials like steel or concrete, thus it has a longer service life and requires less maintenance.

3. High Strength-to-Weight Ratio and Lightweight: FRP pultruded profiles have outstanding strength-to-weight ratios, making them strong but light. As a result, installation is made simpler, the structural strain on the building or support structure is decreased, and construction costs could possibly be lower.

4. Flexibility in design: Customising pultruded FRP profiles to fit particular cooling tower requirements is simple. They can be customised to fit various shapes, sizes, and load capabilities, giving designers more design freedom. This adaptability makes it easier to integrate drift eliminators, fans, fill media, and water distribution systems into cooling towers.

5. Durability and low maintenance: Because FRP pultruded structures are resistant to corrosion and deterioration, they have extended service lives. Compared to materials like steel or concrete, they require less maintenance, which lowers costs and minimises downtime.

6. Thermal Insulation: The intrinsic thermal insulating qualities of FRP materials are apparent. They contribute to improving energy efficiency and operating performance by reducing the cooling tower's exposure to temperature variations outside.

Various industries, including power stations, refineries, chemical processing plants, HVAC systems, and manufacturing facilities, use FRP pultruded structures in cooling towers. They offer dependable and long-lasting options for heat dissipation, lowering maintenance requirements, and improving overall cooling tower efficiency.

Exceptional Durability in Harsh Environments

Engineered with pultruded FRP and secured by stainless steel or HDG fasteners, our structure resists chemicals, corrosion, and UV rays, ensuring performance even in the toughest industrial conditions. The UV-resistant gelcoat finish maintains both aesthetics and integrity, making this cooling tower ideal for demanding sites.

User-Friendly Modular Design

The cooling tower's modular, pre-fabricated sections allow for rapid assembly and flexible installation. Integrated FRP walkways and platforms facilitate convenient access for inspection and maintenance, minimizing downtime and labor demands.

High Efficiency and Customization Options

Optimize cooling with high-efficiency fill media, dynamically balanced axial fans, and a non-clogging polypropylene nozzle system. Available in sky blue or custom colors, dimensions and airflow rates adapt to your process requirements, assuring peak performance in every installation.

FAQ's of Cooling Tower FRP Pultruded Structure:

Q: How is the Cooling Tower FRP Pultruded Structure assembled on-site?

A: The structure comes as modular, pre-fabricated FRP sections that are quickly assembled on-site using stainless steel or hot-dip galvanized fasteners and brackets, enabling swift installation and reduced labor time.

Q: What materials are used to ensure corrosion and chemical resistance?

A: Pultruded FRP sections combined with UV-resistant gelcoat, PVC or PP fill media, and stainless steel or HDG fasteners deliver high resistance against chemicals, corrosion, and UV exposure for prolonged operational life.

Q: Where is this cooling tower structure commonly used?

A: It is extensively applied in industrial cooling, HVAC, and process cooling settings, catering to both manufacturing plants and commercial facilities across India and beyond.

Q: What is the maximum water temperature the system can handle?

A: The cooling tower is engineered to withstand inlet water temperatures up to 60C, accommodating a broad range of industrial processes.

Q: How does the water distribution system maintain efficiency?

A: The use of non-clogging polypropylene distribution nozzles ensures uniform water spread over the fill media, promoting efficient thermal exchange and preventing blockages during operation.

Q: What are the main benefits of choosing FRP pultruded structures for cooling towers?

A: FRP pultruded constructions offer lightweight durability, superior corrosion resistance, minimal maintenance needs, and customizable options, making them a cost-effective and long-lasting choice for cooling needs.

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