Factory Price Open Type Round FRP Cooling Tower for Industrial Circulating Water Service Applications

Product Description

Product Description

INDUSTRIAL COOLING TOWER
Industrial cooling towers are high-efficiency heat exchange systems designed to reduce the temperature of circulating water in industrial processes. They are widely used in metallurgy, automotive manufacturing, chemical processing, pharmaceuticals, new energy, machinery processing, photovoltaic projects, and various industrial water circulation systems.
Based on different operating requirements, we can provide closed-circuit cooling towers, open-type cooling towers, counterflow closed-circuit cooling towers, composite flow closed-circuit cooling towers, cross-flow closed-circuit cooling towers, square cross-flow open-type cooling towers, and other structural options to help customers achieve stable operation, energy savings, and long-term reliable performance.

Key Advantages

 EFFICIENT HEAT DISSIPATION AND FAST COOLING
Mature heat exchange structures effectively reduce circulating water temperature and keep production equipment operating continuously and reliably.
ENERGY SAVING AND LOWER OPERATING COST
By optimizing airflow, water flow, and heat exchange paths, the system improves thermal efficiency and reduces long-term energy consumption.
STABLE OPERATION FOR CONTINUOUS DUTY
Proven structure design and reliable key components make the equipment suitable for long-hour industrial operation.
MULTIPLE CONFIGURATIONS AND CUSTOM DESIGN
Different tower types, sizes, and technical configurations are available based on installation space, water temperature, ambient temperature, and project conditions.

CONVENIENT MAINTENANCE AND LONG SERVICE LIFE
Service-friendly structure reduces downtime and improves overall system efficiency.
WIDE APPLICATION RANGE
Suitable for many industrial cooling scenarios and can be matched with melting equipment, die-casting equipment, cooling systems, and production lines.

APPLICATION INDUSTRIES
 
- Metallurgy

- Automotive manufacturing

- Precision casting

- Chemical processing

- Pharmaceutical industry

- New energy projects

- Photovoltaic projects

- Machinery processing

- Industrial circulating water systems

Specification

FKY-Series Round Cooling Tower Parameters

Model	Water Flow (m³/h)	Diameter (mm)	Height (mm)	Fan Diameter (mm)	Motor Power (kW)	Dry Weight (kg)	Operating Weight (kg)	Noise Level dB(A)
FKY-10T	7.8	960	1830	630	0.18	46	190	47
FKY-15T	11.7	1100	1890	670	0.25	60	298	48
FKY-20T	15.6	1200	1910	670	0.37	80	320	50
FKY-25T	19.5	1380	1870	770	0.55	98	500	52
FKY-30T	23.4	1400	2230	770	0.55	116	530	54
FKY-40T	31.2	1650	2360	770	0.75	150	590	57
FKY-50T	39.2	1830	2290	930	1.5	210	1050	58
FKY-60T	46.8	2050	2650	1000	1.5	260	1280	57
FKY-80T	62.4	2100	2490	1200	1.5	290	1410	59
FKY-100L	78.1	2700	2740	1450	2.2	550	1650	60
FKY-125L	97.5	2700	2810	1450	2.2	550	1650	60
FKY-150L	117	3000	3010	1450	2.2	600	1750	60
FKY-175L	136.8	3300	2870	1750	4	860	1960	60
FKY-200L	156.2	3300	3240	1750	4	880	1980	60
FKY-250L	195.1	4120	3620	2100	5.5	1200	2950	54
FKY-300L	234	4630	3680	2400	7.5	1760	3790	56
FKY-400L	312.1	5560	4050	2700	11	2840	5740	59
FKY-500L	392.4	5560	4080	2700	11	2900	5800	60

Optional Product Types

Product Type	Structural Features	Typical Applications
FNB Counterflow Closed-Circuit Cooling Tower	Counterflow heat exchange, compact footprint, high cooling efficiency, fully enclosed circulation, ultra-low drift rate, and optional dual-circuit redundancy for continuous operation.	Suitable for projects with strict cooling efficiency requirements, limited installation space, and applications that require clean closed-loop water circulation.
FFB Composite Flow Closed-Circuit Cooling Tower	Composite flow cooling technology with dual-sided air intake, spacious internal maintenance area, low-noise operation, and strong cooling performance for high-temperature media.	Suitable for medium and large industrial circulation systems, especially where both cooling efficiency and energy-saving performance are required.
FHB Cross Flow Closed-Circuit Cooling Tower	Cross flow cooling design with low air resistance, ultra-low drift rate, fully enclosed circulation, modular heat exchanger structure, and easy maintenance access.	Suitable for long-term stable operation projects that require convenient maintenance, clean circulation, and efficient closed-loop cooling.
FKH Square Cross Flow Open-Type Cooling Tower	Open-type square cross flow structure with stable low-noise performance, flexible standard or customized design, and convenient multi-unit assembly.	Suitable for conventional industrial circulating water cooling and central air conditioning support systems in commercial and light industrial projects.
FKN Square Counterflow Open-Type Cooling Tower	Modular counterflow design, long air path to prevent thermal recirculation, high-efficiency PVC fill, hot-dip galvanized steel frame, FRP casing, compact footprint, and low drift rate.	Suitable for industrial cooling projects that require high efficiency, low noise, durable corrosion-resistant construction, and flexible single-unit or multi-unit installation.
FKGN Series Steel-Structure Counterflow Open-Type Industrial Cooling Tower	Full steel counterflow structure with hot-dip galvanized anti-corrosion treatment, kinetic energy recovery wind cone, adjustable axial fan, high-temperature-resistant PVC fill, and strong heavy-duty industrial design.	Suitable for large-volume industrial water circulation systems in petroleum, chemical, metallurgy, pharmaceutical, power generation, and other heavy-duty process industries.
FKP Series Packing-Free Mist Cooling Tower	Packing-free spray cooling structure using low-pressure centrifugal atomization, simplified near-empty tower body, low airflow resistance, strong anti-clogging capability, and reduced civil load.	Suitable for high-temperature water, water with sediment or mechanical impurities, and industrial sites that require lower maintenance, lower system resistance, and reliable anti-clogging performance.
FKY Series Round Counterflow Open-Type Cooling Tower	Round counterflow structure with FRP shell and basin, hot-dip galvanized steel parts, axial fan with belt reducer, hydraulic rotating water distribution, and high-efficiency honeycomb fill.	Suitable for conventional industrial cooling water temperature reduction where customers need cost-effective, stable, and corrosion-resistant open-type cooling solutions.

WHY CHOOSE OUR COOLING TOWERS
- Nearly 30 years of water cooling equipment manufacturing experience and extensive project service cases.
- Complete product coverage across closed-circuit and open-type cooling tower solutions.
- Custom design support to match real on-site operating conditions.
- Strong focus on energy efficiency, cooling performance, and environmental protection.
- Professional support in model selection, technical communication, and after-sales service.

FAQ

Q1. Are you a manufacturer or a trading company?

A: We are a global-facing business platform backed by two manufacturing bases in China: one focuses on industrial electric furnaces & melting systems (since 1954), and the other specializes in cooling towers, cooling systems & pumps (since 1996). We provide factory-direct quality plus integrated melting-to-cooling solutions.

Q2. Can we visit your factory?

A: Yes. Factory visits are welcome. You can inspect our production capability, quality control process, and on-site equipment operation. If you share your travel plan in advance, we will arrange the visit and technical discussion accordingly.

Q3. What products do you supply?

A: We supply:

• Induction melting furnaces & thermal processing equipment

• Open-type & closed-circuit cooling towers

• Chillers / air coolers

• Water pumps and supporting system components

We can supply single equipment or complete system solutions.

Q4. What information do I need to provide for a fast quotation?

A: To quote accurately and quickly, please provide the following:

For melting equipment

• Metal type (Al/Cu/Fe/steel, etc.)

• Capacity per heat (kg/ton) and target temperature

• Production schedule (heats/day) and power supply condition (voltage, transformer capacity)

For cooling systems

• Flow rate (m³/h), inlet/outlet temperature

• Project location (wet-bulb temperature if available)

• Water quality (clean/dirty/sediment/scale risk)

• Installation limits (space, noise, plume/drift requirements)

We will recommend a suitable model and configuration based on your working conditions.

Q5. Can you provide customized solutions (OEM/ODM)?

A: Yes. We support customization for capacity, voltage, structure, corrosion protection, noise control, and modular installation. OEM branding is also available.

Q6. How do you ensure product quality?

A: We use qualified raw materials and mature manufacturing processes, with inspection and testing before shipment. Our solution is built on long-term industrial manufacturing experience and practical engineering design.