Products · Coolers & Heat Exchangers
Intercoolers, aftercoolers, and oil coolers for centrifugal compressors — re-tubed, re-manufactured, or supplied new. Copper, cupro-nickel, and stainless steel tube options for any service condition.

Sound familiar?
Oil-in-air carry-over or water contamination from corroded cooler tubes disrupting your downstream process.
The OEM tells you 5 months for a tube bundle when your compressor discharge temperature is already out of spec.
Fouled or plugged tubes reducing heat transfer — your compressor runs hotter, uses more energy, and trips more often.
What's included
Interstage cooling bundles for multi-stage centrifugal compressors — sized to original thermal duty.
Final-stage discharge coolers reducing air temperature to usable levels for downstream equipment.
Lube oil cooling systems — shell-and-tube or plate-type — keeping bearing and gear oil within spec.
Strip and re-tube existing shells with upgraded tube materials — faster and cheaper than full replacement.
Duplex stainless, cupro-nickel, and titanium options for corrosive cooling water or aggressive environments.
Complete cooler fabrication from scratch when original drawings are unavailable — reverse-engineered from your shell.
Yes. We commonly upgrade from copper to cupro-nickel or stainless steel when cooling water quality is poor. We recalculate thermal performance to confirm the duty is still met.
If the shell and tubesheets are in good condition, re-tubing saves 40–60% of cost. We'll inspect your unit and recommend the most cost-effective path.
Yes — complete cooler kits including gaskets, header plates, tie rods, and spacers. Everything you need for a drop-in installation.
Every cooler is hydrostatically tested to 1.5x design pressure. We also perform helium leak testing on critical applications and provide full documentation.
Join the ranks of leading industrial facilities that have broken free from OEM constraints. Request a technical audit or consultation today.
CFM, or Cubic Feet per Minute, indicates the volume of compressed air delivered by the compressor. This value should be matched to the total air consumption of pneumatic tools, machinery, and process equipment.