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SCI Cooling Towers

Manufacturer and Exporter of all type of
Industrial Cooling Towers and Water
Treatment Chemicals

SCI Cooling Towers

Welcome to SCI Cooling Towers – FRP Cooling Tower Manufacturer in India

At SCI Cooling Towers (an Unit of Shelka Chem Industry), we specialize in high-quality FRP (Fiberglass Reinforced Plastic) cooling towers designed for demanding industrial and commercial environments. Our towers deliver exceptional heat rejection while minimizing energy and water usage.
SCI is a leading FRP Cooling Tower Manufacturer and Supplier in India, offering reliable, energy-efficient, and durable cooling tower solutions for industrial, commercial, and HVAC applications. Our cooling towers are engineered using high-quality Fiberglass Reinforced Plastic (FRP) to ensure long service life, corrosion resistance, and superior thermal performance.


With advanced manufacturing facilities and a skilled engineering team, SCI delivers cooling towers that meet demanding industrial requirements while maintaining low operating and maintenance costs.

Leading Cooling Tower Manufacturer in India

Efficiency Boost
Cuts power use by 30% with premium fans.
Minimal water loss for Eco-friendly ops. Built Tough
20+ year lifespan, zero corrosion.
Leak-proof for harsh industries. Easy Service
Nationwide delivery & install.
24/7 expert support included. Tailored Fit
Custom designs for any sector.

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    Available Configurations

    Counterflow Induced Draft – Most efficient for high heat loads; compact footprint. Crossflow Induced Draft – Ideal for larger water flow rates and easier maintenance access. Round Bottle Shape – Space-saving design with uniform air distribution. Square/Rectangular – Customizable for tight installations or higher capacities. Fanless Cooling Tower Induced draft cooling towers Forced draft cooling towers

    Key Technical Advantages

    Materials — Premium-grade FRP casing, basin, and fill; stainless steel or hot-dip galvanized hardware. Fill Media — High-efficiency PVC or PP splash/film fills for maximum heat transfer. Fans & Drives — Aerodynamically designed FRP/aluminum fans with energy-efficient motors (IE3/IE4 compliant). Drift Eliminators — Advanced cellular type to reduce water loss to <0.01%. Capacity Range — 10 TR to 2000+ TR (custom built for higher capacities).

    Types of Cooling Towers Manufactured by SCI

    Induced Draft FRP Cooling Tower

    Induced Draft FRP Cooling Tower SCI Cooling Towers

    Induced draft cooling towers use a fan mounted at the top to pull air through the tower, ensuring uniform airflow and high cooling efficiency.

    Forced Draft FRP Cooling Tower

    Forced Draft FRP Cooling Tower

    Forced draft cooling towers use a fan at the air inlet to push air into the tower

    SCI Cross Flow Cooling Tower

    Cross Flow Cooling Tower

    In cross flow cooling towers, air flows horizontally across falling water.

    SCI Counter Flow Cooling Tower

    Counter Flow Cooling Tower

    Counter flow cooling towers allow air to flow upward against the downward flow of hot water.

    Bottle Type Cooling Tower

    Bottle type cooling towers have a round FRP structure that ensures uniform airflow and durability.

    Bottle type cooling towers have a round FRP structure that ensures uniform airflow and durability.

    SCI Square Type Cooling Tower

    Square Type Cooling Tower

    Square type cooling towers are modular and suitable for large-capacity installations.

    Why Choose FRP Over Traditional Cooling Towers?

    FRP vs Wooden / RCC / Galvanized Towers – The Clear Winner

    Traditional cooling towers often suffer from corrosion, high maintenance, and short lifespan in India’s harsh climate. SCI’s FRP cooling towers solve these challenges: Zero Corrosion — FRP is immune to rust, scaling, and chemical attack (ideal for chemical plants, coastal areas). Lightweight yet Strong — 30–50% lighter than RCC/wooden towers → lower structural load and transport costs. Low Maintenance — No painting, no wood rot, no algae-prone surfaces; clean with simple pressure wash. Energy Savings — Superior airflow design + efficient fills = up to 20–30% lower fan power consumption. Long Service Life — 20–25+ years with minimal degradation even in aggressive environments. Aesthetic & Hygienic — Smooth gelcoat finish resists fouling and looks professional.
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