High Thermal Conductivity | Shell & Tube Design
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Maximum Heat Transfer Efficiency

Water Cooled
Industrial Aftercoolers

Engineered for high-capacity compressed air systems where space is limited and maximum cooling performance is required. Shell and tube design for long-lasting durability.

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Shell & Tube Technology

Precision Cooling for Air & Gas

Ganesh Filter's Water Cooled Aftercoolers are the ideal choice for heavy-duty industrial compressors. By using water as the cooling medium, these units achieve a much higher heat transfer coefficient than air-cooled models, effectively dropping air temperature and condensing moisture even in hot, humid environments.

[Image of shell and tube heat exchanger diagram]
Design TypeShell & Tube (Fixed or Removable Bundle)
Tube MaterialCopper / Cupro-Nickel / SS 304 / SS 316
Shell MaterialCarbon Steel / Stainless Steel
Max PressureUp to 40 Bar (Customizable)
ApplicationsRotary Screw & Reciprocating Compressors
Industrial Water Cooled Aftercooler System

High-efficiency shell and tube water-cooled aftercooler.

Core Advantages

Why Water-Cooled?

Compact Design

Occupies significantly less floor space compared to air-cooled units of the same capacity.

Stable Performance

Consistent cooling regardless of ambient room temperature, perfect for indoor installations.

Scale Management

Removable tube bundles allow for easy cleaning and descaling to maintain efficiency.

Optimal Industrial Applications

  • Steel Plants: Cooling air for heavy machinery and furnaces.
  • Power Plants: Instrument air cooling for control systems.
  • Petrochemicals: Gas cooling in explosive or hazardous zones.
  • Mining: Deep underground cooling where ventilation is limited.
  • Glass Industry: High-volume air cooling for molding processes.
  • Manufacturing: General factory air line moisture protection.