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For decades, corrosion resistance has remained a critical challenge for air coolers in marine applications - until the groundbreaking CY Marine Downdraft Air Coolers emerged. Engineered with complete titanium construction (tubes, fins, and casing), this revolutionary system delivers uncompromising protection against saltwater corrosion, finally solving the industry's persistent durability problems in offshore and coastal operations.
CY
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For decades, saltwater corrosion and harsh offshore conditions have been persistent nightmares for marine refrigeration systems. Traditional cooling solutions fail to balance durability, efficiency, and adaptability—until the CY series emerged. As a revolutionary titanium air cooler designed specifically for marine environments, it integrates cutting-edge engineering with premium materials to redefine reliability in shipboard cold storage. Whether for fishing vessels, cruise lines, or offshore supply ships, this unit cooler delivers uncompromising performance that outperforms conventional options like Stainless Steel air cooler.
Beyond its corrosion resistance, the CY series outperforms competitors in every key metric. Compared to Stainless Steel air cooler, it saves up to 30% in operational costs by eliminating freshwater defrost expenses. As a compact air cooler, it maximizes usable space on ships, while the ECO cubic air cooler design aligns with global sustainability goals. Its easy onboard maintenance reduces downtime by 40%, ensuring marine operators can focus on their core operations without equipment disruptions.
Whether you need a titanium air cooler for extreme saltwater environments, a Dual discharge air cooler for precise cargo cooling, or a cubic air cooler with AlMg fins for lightweight efficiency, the CY series offers customizable configurations to match your vessel’s unique needs.
The CY series adopts a ship-optimized downdraft design, where top-mounted fans create gentle vertical airflow—perfect for preserving delicate marine catches and research specimens. Its versatile defrost options (electric, hot gas, seawater, glycol, or brine) cater to different vessel configurations, with the seawater defrost system standing out as a game-changer for offshore operations. As one of the most adaptable industrial air coolers, it works seamlessly with refrigerants like HFC, NH₃, and CO₂, ensuring compatibility with existing marine refrigeration setups.
Every detail of the CY titanium air cooler is engineered for marine rigor. The one-piece titanium U-shaped bend eliminates leakage risks, while the all-titanium distributor guarantees even liquid distribution for consistent cooling. For users prioritizing space efficiency, the compact air cooler variant retains these robust components while fitting into tight shipboard areas. Meanwhile, the cubic air cooler model offers enhanced stability, making it suitable for rough sea conditions where equipment vibration is a concern.
APPLICATIONS | Refrigeration | |||||||
REFRIGERANTS | HFC | NH3 | CO2 | Glycol | Water | Brine | ||
CAPACITY RANGE | 5 ~ 150 kW | |||||||
FIN DISTANCE | 6 , 7 , 8 , 9 , 10 , 12 , 16-8 , 18-9 , 20-10 , 24-12-6 , 30-15 , 40-20-10 mm, or as requirements | |||||||
GEOMETRY | In-line | |||||||
AIR DIRECTION | Air intake from above, exhaust on below or on the opposite | |||||||
MATERIAL | Titanium | Aluminum | AlMg | Stain steel 304/316 | Copper | Epoxy | Powder coated | Al-Zn coated |
TUBES | √ | √ | ||||||
FINS | √ | √ | ||||||
FIN THICKNESS | 0.15mm | 0.15~0.17mm | ||||||
CASING | √ | √ | √ | |||||
WATER TRAY | √ | √ | √ | |||||
DEFROSTING | Electric | Hot gas | Air | Glycol | Brine | Water | ||
COILS | √ | √ | √ | √ | √ | √ | ||
FANS | √ | √ | ||||||
WATER TRAY | √ | √ | √ | √ | √ | √ | ||
FANS MOTORS | AC or EC fan motors | |||||||
DIMENSIONS | 450 , 500 , 550 , 600 , 630 , 700 , 800 | |||||||
NUMBERS | 1 ~ 8 | |||||||


At the heart of the CY series is its complete titanium construction—tubes, fins, and casing—making it the most durable industrial air coolers for saltwater environments. Unlike Stainless Steel air cooler (which succumbs to corrosion within years), this titanium air cooler offers 5X longer service life, eliminating frequent replacements and downtime. For users seeking flexible material options, we also provide variants like the cubic air cooler with AlMg fins, combining lightweight design with enhanced anti-corrosion properties to suit diverse marine needs.
As an ECO cubic air cooler, the CY series prioritizes sustainability without sacrificing performance. Its patented seawater spray defrost system eliminates reliance on precious onboard freshwater, cutting operational costs and reducing environmental impact. Additionally, the compact air cooler structure is optimized for shipboard space constraints—whether installed in fishing vessel holds or cruise ship food storage, it fits seamlessly without compromising cooling capacity. The cubic air cooler design further ensures uniform airflow distribution, protecting sensitive cargo from direct freezing.
Designed for hassle-free onboard operations, this unit cooler features fully removable casing panels and standardized flange connections, simplifying inspection and installation even in limited welding conditions. The IP65-rated multi-speed fans and accessible components reduce maintenance downtime, a critical advantage for time-sensitive marine cold chain operations. For specialized cooling needs, our Dual discharge air coolers variant ensures precise airflow control, making it ideal for mixed cargo storage.
Fisheries rely on rapid, reliable cooling to preserve fresh catches. The CY unit cooler’s corrosion resistance and gentle airflow prevent freezer burn and maintain product quality, even during long voyages. Its compact air cooler design fits into narrow hold spaces, while the ECO cubic air cooler variant reduces freshwater consumption—critical for extended trips.
Cruise lines and offshore supply ships require cooling solutions for food, medical supplies, and provisions. The Dual discharge air coolers option provides customizable airflow to protect diverse cargo types, from perishables to sensitive equipment. As a durable industrial air cooler, it withstands the constant saltwater exposure of offshore operations, ensuring uninterrupted cold chain performance.
For marine research vessels, maintaining stable, corrosion-free cooling is non-negotiable. The titanium air cooler’s inert properties prevent contamination of biological samples, while the cubic air cooler with AlMg fins offers a lightweight yet robust alternative for research ships with weight restrictions.
This equipment is specifically designed for marine environments such as ships and mainly used for air cooling needs on board. It adapts to harsh conditions like salt spray and humidity at sea, serving as a dedicated device for ship air conditioning or heat dissipation systems.
The product features an explosion-proof design, suitable for hazardous areas on ships where flammable, explosive gases or dust may exist. Its explosion-proof performance complies with relevant industry safety standards, ensuring the safe operation of equipment during marine operations.
The equipment adopts special saltwater corrosion-resistant materials and processes, effectively resisting erosion from salt spray and seawater in marine environments. This feature reduces equipment failures caused by corrosion and significantly extends its service life in marine scenarios.
The equipment is optimized to meet the cooling needs of various commercial and industrial ships, offering wide compatibility. Whether it is small and medium-sized ships or large ocean-going vessels, this cooling equipment can be selected based on actual requirements.