FFB Series Composite Flow Closed-Circuit Cooling Tower
Product Features
1. Composite Flow Cooling Technology: Dual-sided air intake enables efficient cooling of high-temperature media with strict temperature differential requirements.
2. Integrated Maintenance Platform: Spacious internal design simplifies inspection and upkeep.
3. High Air Duct Design & Unique Exhaust System: Ensures ample ventilation, rapid heat dissipation, and consistent cooling performance.
4. Low Noise Operation: Wear-prone parts utilize reputable domestic brands, ensuring low failure rates and cost-effective maintenance.
5. Anti-Freeze Energy-Saving Design: Guarantees complete drainage of circulating water in low-temperature northern climates to prevent freeze damage.
6. Internationally Certified Aesthetic Design: Complies with global cooling tower standards, offering a streamlined appearance and intuitive operation.
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. |
