Heat Exchangers & Cooling Towers

Efficient Thermal Transfer

Heat Exchangers & Cooling Towers

We provide high-performance shell & tube and plate heat exchangers designed for demanding industrial use, along with cooling towers engineered for energy-efficient thermal dissipation. Whether you require copper, stainless steel, titanium or PP constructions, our systems deliver reliable heat transfer for every application.

Heat Exchangers 1
Heat Equipment

Heat Exchangers

Shell & Tube Heat Exchanger

Shell & Tube Heat Exchanger

Heavy-duty exchangers for oil cooling, process fluids and chilled-water duties.

  • Straight or U-tube configuration
  • Single & double pass (S/T type)
  • Material options: SS / Copper / Titanium
PP & Titanium Constructions

PP & Titanium Constructions

Polypropylene and Titanium builds for aggressive or corrosive chemical media.

  • Excellent corrosion resistance
  • Suitable for chemical and seawater duty
  • Long service life
Retubing & Refurbishment

Retubing & Refurbishment

Re-tubing and repair services to restore exchanger performance and extend service life.

  • Tube bundle replacements
  • On-site leak testing
  • Upgrades to corrosion-resistant tubes
Plate Heat Exchanger (PHE)

Plate Heat Exchanger (PHE)

Compact, high-efficiency plate type exchangers for clean fluids and hygienic duties.

  • Gasketed / brazed / semi-welded types
  • Quick plate access
  • Ideal for food & HVAC systems
PHE Service & Spare Parts

PHE Service & Spare Parts

Complete support for plate exchangers including plate, gasket & seal replacement.

  • Plate inspection & cleaning
  • Gasket replacement
  • Leak testing and re-assembly
Custom Material Options

Custom Material Options

Heat exchangers available in SS-316L, Copper or Titanium to match your process requirements.

  • SS-316L for hygienic applications
  • Copper for general chilled-water
  • Titanium for seawater & corrosive media
Cooling Tower

Cooling Towers

Our cooling towers are designed for maximum heat rejection with low noise and minimal energy consumption — making them ideal for industrial and HVAC applications. Using corrosion-resistant materials and efficient fill media, they deliver reliable performance in even the most demanding climates.

  • Fiberglass or stainless steel construction
  • Low-noise fan systems for minimal acoustic impact
  • High-efficiency PVC fill media for superior cooling
  • Available in single- and multi-cell configurations