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Dry Coolers Manufacturer

What Is A Dry Cooler?

Dry coolers work by convection and conduction to dissipate heat from the process fluid into the airflow created by the fan mounted on it. With proper selection of tube materials, we can use dry coolers to efficiently cool or condense process water, chemicals or any heat transfer fluid, even if it is corrosive or contaminated with particles. Dry coolers are closed loop systems that eliminate any type of moisture loss, thereby eliminating the constant need for make-up water. As a closed loop, water treatment costs are also negligible compared to traditional evaporative cooling towers.

Dry Cooler have a wide range of applications, a few of which are:

Food and pharmaceuticals；
Industrial cooling；
Data centers；

Power plants；
Renewable energy；
HVAC；

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A dry cooler is a cooling device that uses air to regulate process temperature. The cooling done by a dry cooling system is based on the principles of sensible heat rejection. A typical unit requires a cooling medium channeled from an associated process that enters a dry cooler and exchanges accumulated heat with the air circulating within.

Dry coolers have fans that pull air from the cooler’s exterior to sustain the heat exchange process. A suitable temperature difference between the cooling medium and the air within the dry cooling system must be maintained to ensure efficient process cooling. A minimum difference of 5°C is usually enough.

Dry coolers are often used in applications where water is scarce or where the use of water is prohibited due to environmental regulations. They are also commonly used in industrial processes, such as power generation and chemical processing, where cooling is required to maintain optimal operating conditions.

Unmatched Performance and Durability

Our Dry cooler is designed for optimal thermal efficiency and long-term reliability, backed by 20 years of manufacturing expertise.

Copper and aluminum tubes（Fins）:

Large industrial dry coolers areusually made of copper (tubes)and aluminum (fins).

The density of the fins:

The density of the fins is also veryimportant, and the general fin spacingis12FPl(2.1mm pitch), this densityis the mostreasonable size toincresea the heat transfer area withoutadding too much wind resistance.

Sprinkler system:

Intermittent atomized watersprayed over the intake airstream provides an adiabaticcooling effect, lowering the airtemperature to near wet-bulbtemperatures, which helps tosave significant energy.

Evaporative pre-cooling:

The incoming airlow passes througha pad (tap water) moistened bycellulose or other materials such asaluminum foil. The water can becollected and reused. The evaporativecooling unit saves a lot of energy onthe fan and increases heat dissipation.

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Aidear Dry Cooler

Trusted refrigeration system solutions provider with nearly 20 years of industry expertise

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Why Our Dry Cooler Stand Out

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Precision Engineering

Error tolerance of 0.01mm ensures unmatched performance and durability.

20 years of innovation

Founded in 2004, we focus on heat exchanger technology and have dozens of patents.

Trusted Globally

Trusted globally exported to European north America, serving York industrial leaders.

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Dry Cooler Versatile Applications

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Office Buildings

The use of a water chiller can dehumidify the air by condensing water vapor in the air during the cooling process, thereby controlling the indoor humidity and improving indoor comfort.

Industrial Refrigeration

In industrial refrigeration, chillers are used to cool equipment and materials in production processes such as injection molding, metalworking, food processing, and pharmaceutical processes to prevent overheating damage and ensure product quality. They provide precise temperature control

Commercial Refrigeration

Commercial refrigeration provides central air conditioning for large buildings (such as hotels, shopping malls, and hospitals) to maintain a comfortable indoor temperature through cooling water circulation

Dry Cooler Customization Process

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Step1: Inquiry

Customers submit inquiries via website, email, or phone, detailing application, specs, output, and conditions.
Step2: Design Confirmation

Manufacturer finalizes material, dimensions, and parameters with the customer, optimizing provided drawings or creating a new design.
Step3: Quotation & Negotiation

Manufacturer provides a detailed quote with specs and services. Terms like price and delivery are negotiated.
Step4: Sample Order & Payment

Customer approves design, pays sample fee, and manufacturer starts sample production.
Step 5: Sample Production & Delivery

Sample is produced to high standards, delivered, and feedback is collected for adjustments.
Step6: Contract & Payment

After sample approval, a contract is signed, and full payment is made for bulk production.
Step7: Production & Quality Control

Manufacturer follows the contract, ensures quality, and updates customer on progress.
Step 8: Pre-Shipment & Final Payment

Customer pays any remaining balance; manufacturer prepares shipping documents.
Step 9: Shipping & Tracking

Product is shipped via preferred method, with tracking details provided.
Step10: After-Sales

Manufacturer offers installation support, training, and regular follow-ups for feedback and improvements.