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The DLT Series Molded Round FRP Cooling Tower is a modular cooling solution designed for consistent thermal performance and standardized industrial applications. Precision-molded FRP components ensure uniform quality, durability, and reliable operation across a wide range of cooling duties.
Products
The KKH Series Crossflow Cooling Tower utilizes a crossflow heat exchange design that combines low noise operation, reduced pumping requirements, and easy maintenance access. It is particularly suitable for commercial and urban cooling applications.
The FMT Series Counterflow FRP Cooling Tower combines high thermal efficiency with a compact footprint. It is designed for industrial and commercial applications requiring reliable cooling performance and efficient use of installation space.
The XWKKBL Series Plume Abatement Cooling Tower is designed to reduce visible plume emissions during cold-weather operation while maintaining efficient cooling performance and water conservation.
The KFCN Series Hybrid Closed Circuit Cooling Tower combines the benefits of dry cooling and evaporative cooling in a single high-efficiency system. Through a finned pre-cooling heat exchanger located above the evaporative section, process fluid is partially cooled before entering the wet cooling stage.
The KCN Series Counterflow Closed Circuit Cooling Tower removes process heat through evaporative cooling. Heat from the process fluid circulating inside the coil is transferred to the external spray water, while an induced-draft fan discharges heat to the atmosphere through evaporation.
The KCH Series Parallel Flow Closed Circuit Cooling Tower is designed to remove process heat through evaporative cooling, combining spray water, airflow, and heat exchange coils to deliver highly efficient thermal performance.
The KCF Series Crossflow Closed Circuit Cooling Tower is engineered for efficient process cooling through evaporative heat rejection. Heat from the process fluid circulating inside the coil is transferred to the spray water and ultimately discharged to the atmosphere by the fan system.
The KWN/H Series Wastewater Closed Circuit Cooling Tower is purpose-built for cooling highly contaminated, solids-bearing, viscous, or fouling-prone process fluids. Unlike conventional cooling towers, it incorporates mechanically cleanable header boxes and straight-tube heat exchanger technology, allowing direct physical cleaning of heat transfer surfaces.
A V-Type Air Cooler is an advanced, space-saving industrial heat exchanger featuring tube bundles arranged in a "V" shape configuration. Fans are typically mounted at the top or bottom of the V-frame, creating a highly efficient, compact cross-flow cooling system that maximizes heat transfer within a minimal physical area.
A Forced Draft Air Cooler is an efficient industrial heat exchanger that uses ambient air to cool process fluids. In this configuration, the fans are located below the tube bundle, forcing fresh air upward through the finned tubes to absorb heat.
An Adiabatic Air Cooler is an advanced, eco-friendly industrial cooling system that combines dry air cooling with an evaporative pre-cooling process. Before entering the finned tube bundle, hot ambient air passes through wetted media pads or is misted with water. The water evaporates, rapidly dropping the air temperature close to the wet-bulb temperature, allowing for highly efficient cooling even during scorching summer peaks.
Product Application Project
06 July 2026
Five high-specification industrial air coolers were provided for a petrochemical energy project in a Central Asian country, using 45% ethylene glycol as the cooling medium. The project addressed the extremely cold and water-scarce environment of Central Asia by employing a fully dry air-cooled heat exchange technology, achieving zero water consumption operation and completely eliminating the risk of pipeline freezing and cracking in winter, ensuring the continuous and safe operation of this national-level energy corridor.
- Air Cooler
06 July 2026
Four closed-circuit cooling towers were installed for a petrochemical project in the Middle East to meet the continuous cooling needs of large reactors and heavy oil heat exchange systems. Addressing the harsh conditions of the Middle Eastern desert region, including extreme summer temperatures, strong ultraviolet radiation, frequent sandstorms, and severe water scarcity, the project employed fully enclosed circulating heat exchange technology and a robust wind and sand protection design, achieving high-precision temperature control and extreme water conservation, ensuring the safe and stable production of the energy production line. Recommended Standardized Case Study: Integrated Delivery of 4 KCH-365A Closed-Circuit Cooling Towers with High Weather Resistance in Extreme Desert Environments of the Middle East
- Closed-Circuit Cooling Tower
06 July 2026
Medium-high temperature open cooling towers were installed for a mining and metallurgical heavy industry project in Africa to treat the high-temperature return water from the blast furnace and quenching system. Addressing the specific conditions of local drought and water scarcity, high summer heat loads, and extremely high inlet water temperatures, the project utilized high-temperature resistant special fillers and a high-strength, corrosion-resistant fiberglass structure to achieve stable heat dissipation with large temperature differences and high efficiency, effectively ensuring the continuous and safe operation of the heavy industrial production line.
- Fiberglass Open Cooling Tower
16 June 2026
Provide three FMT-500 square counterflow fiberglass cooling towers for a commercial and cold chain project in a Southeast Asian country to provide large-flow circulating water cooling services. In response to the high temperature, high humidity, and high salt spray environment of the local climate, the project uses high-strength anti-corrosion fiberglass materials and a counter-flow efficient heat transfer structure to ensure long-term stable operation of the system and demonstrate excellent corrosion resistance and energy-saving performance.
- Counterflow fiberglass cooling tower
16 June 2026
Two KEG-400 evaporative condensers were supplied to a food processing project in Russia for the cooling and liquefaction of high-pressure R717 (ammonia) gas. The project overcame the challenge of winter freeze protection in the extremely cold climate, ensuring the green, safe, and stable operation of the large-scale ammonia refrigeration system thanks to its excellent airtightness, corrosion resistance, and high heat exchange efficiency.
- Evaporative Condenser
Why Global Clients Choose CRONX
CRONX combines advanced manufacturing, customized engineering solutions, and extensive international project experience to
deliver efficient and reliable industrial cooling systems worldwide
Advanced Manufacturing
Modern production facilities and precision processing technology ensure stable product quality and efficient delivery
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Global Project Experience
Extensive export and installation experience serving clients across more than 35 countries worldwide
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Reliable Product Quality
Strict quality control procedures guarantee durability, energy efficiency, and long-term operational stability
Customized Engineering
Tailored cooling systems designed according to different industries, climates, and operating conditions
04
Get Customized Cooling Systems
Contact CRONX today for product inquiries, technical consultation, and tailored industrial cooling
solutions designed for your project requirements
Trusted By Industrial Clients Worldwide
Cronx Has Earned The Trust Of Global Customers Through Reliable Cooling Solutions, Professional Engineering
Support, And Stable Product Performance
George Taylor
Great product and excellent spare parts backup. We ordered extra crescent and rectangular ramming heads. Everything was delivered on time with clear technical guidance on air pressure adjustments.
Arjun Patel
The pneumatic lining rammers are balanced, heavy-duty, and dramatically reduce operator fatigue compared to manual rammers. The adjustable stroke intensity allows us to pack our silica mix perfectly.
Mikhail Volkov
This automatic wall ramming machine has revolutionized our relining process. It cut our 20-ton induction furnace relining downtime by 50% and gave us a highly dense, uniform refractory lining. Outstanding tool.
Hassan Raza
We source all our cooling tower spare parts here. Their UV-stabilized drift eliminators have lasted much longer than our previous local supplies. 24-hour response time is highly reliable.
Luca Zanetti
Excellent OEM quality on the hot-dip galvanized replacement coils we ordered. The welding and finishing work are impeccable, and their technical support verified our drawings down to the millimeter.
Brian Reynolds
Found exact matching replacement spray nozzles and PVC fill for our 10-year-old cooling tower. The compatibility was perfect, and the express shipping saved us from a costly unscheduled plant shutdown.
David Botha
Perfect for food-grade clean rooms. We purchased the stainless steel coil option. The dual-loop system works perfectly, and technical support guided us seamlessly through remote video startup.
Matteo Rossi
We transitioned from an open system to this closed-loop tower. The reduction in equipment maintenance costs is incredible because our process water now stays 100% pure and contamination-free.
Arthur Pendelton
Protecting our high-frequency induction furnaces from scaling was our top priority. These closed-circuit cooling towers completely solved our internal clogging issues. Exceptional build quality.
Vikram Sharma
Best budget-friendly open tower with premium features. The FRP casing has high UV resistance, which is vital for the intense tropical sun at our manufacturing facility.
Kenji Tanaka
Highly efficient crossflow design. The gravitational water distribution basin is easy to clean during operation, preventing any downtime during our routine plant maintenance.
Jean-Pierre Dubois
For our plastic injection molding lines, these open cooling towers offer unmatched cost-to-performance efficiency. Easy access doors make cleaning the internal PVC fill exceptionally simple.
Carlos Mendez
Tough, durable equipment. We deployed these industrial cooling towers at a high-altitude mining site, and their thermal rejection capacity remains consistent and highly reliable.
Alistair Brown
The OEM standards on these cooling towers are impressive. Structural calculations matched our strict European guidelines perfectly, and the pricing offered a huge ROI compared to local alternatives.
Robert Chen
We sourced multiple heavy-duty cooling tower systems for our manufacturing plant's cleanroom HVAC. The thermal stability is perfect, and the drift eliminators work exceptionally well to prevent local water wasting.
Marcus Vance
We upgraded our cold storage facility with their Evaporative Condenser Systems. The energy efficiency is remarkable—our compressor power bills dropped by 28% in the first quarter. Highly recommend their stainless steel coils for coastal locations.
Dieter Weber
Superb thermal performance. The drawing and engineering customization process was very professional. The unit arrived maximumly pre-assembled, saving us days of on-site installation work.
Santiago Gomez
Excellent response time from their technical team. We needed specific adjustments for our local wet-bulb temperature parameters, and they custom-engineered the perfect condensing unit for our food processing plant.
Ahmed Al-Mansoori
Operating in the desert heat requires heavy-duty reliability. These air-cooled heat exchangers with extruded aluminum fins have performed flawlessly with zero water consumption. Outstanding engineering.
Liam O'Connor
The modular design made freight and installation incredibly easy. The structural galvanized steel frame is rock solid, and the embedded finned tubes handle our high-pressure thermal oil perfectly.
Elena Petrova
We ordered an air cooler system with automated louvers for our extreme winter climates. The system successfully prevents freezing during low ambient temperatures. Outstanding technical support.
Gkjdbn Environmental Compliance Engineer, Data Center
Visible plume reduction is very noticeable in winter operation.
FAQ
Find Answers To Common Questions About Cronx Products, Customization, Delivery,
Installation, And Technical Support Services
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Q1. Are you a manufacturer or a trading company?
A:We are a genuine manufacturer – Shandong CRONX Heat Transfer Technology Co., Ltd., specializing in the R&D, design, and production of cooling equipment such as evaporative cooling systems and air coolers. The company has a complete technical team, production workshop, and quality inspection process. All products are manufactured in-house, providing you with direct technical support and after-sales service, eliminating intermediary markups.
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Q2.How do you guarantee product quality?
A:We ensure product reliability through full-process quality control:
Design Stage: Experienced technical engineers create customized designs based on your operating parameters.
Production Process: A dedicated workshop supervisor oversees the process, and photos are taken of key milestones (such as fan and motor nameplates).
Pre-shipment Inspection: Before final payment, we provide production progress photos and can provide third-party or customer on-site inspection as required by the contract.
After-sales Tracking: Information on key components of each piece of equipment (fan, pump, motor) is archived for easy maintenance.
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Q3. How do you guarantee that the solutions you provide truly meet our process requirements?
A:CRONX has experience serving over 1000 clients across various industries. We will recommend the most economical solution based on your application scenario (e.g., petrochemical, food production, pharmaceutical, power, etc.). For accurate selection, please provide the following key parameters:
Cooling medium and inlet/outlet temperature
Ambient wet-bulb/dry-bulb temperature
Required heat exchange (kW/h)
Are there water, electricity, and gas connections on site?
You only need to fill out our provided "Inquiry Form Template," and our technical engineers will complete the solution design and provide feedback within one to two business days.
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Q4. What is the delivery time?
A: The delivery time for standard and non-standard customized equipment is usually 30-45 days, depending on the equipment type, process complexity, and current order schedule. After receiving the customer's confirmed design and 30% prepayment, we will immediately arrange production. Approximately 15 days before shipment, we will proactively report the production progress and coordinate the final payment. For urgent projects, please specify this when placing the order, and we will do our best to coordinate the schedule.
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Q5. What is your after-sales service like?
A: We provide lifetime technical support and a clear after-sales guarantee: After the equipment is shipped, we will assist you in preparing customs clearance documents and remind you one week before arrival at the port.
After the equipment arrives on site, we can provide remote video installation guidance or send an engineer to the site for commissioning (cost as agreed in the contract).
We will proactively follow up on the installation progress, establish a customer satisfaction survey file, and respond to all issues within 24 hours.
All order shipping photos and key component nameplate information are archived for easy future maintenance and spare parts supply.
