In HVAC and building systems, heat exchangers must perform day in and day out — often behind the scenes. KAM Thermal Equipment provides reliable, high-efficiency shell and tube units for heating, cooling, and energy recovery in commercial, residential, and institutional infrastructure.
The real question is – what can’t they regulate?
Every unit is built from scratch to match the load profiles of commercial heating and cooling systems. We optimize for energy efficiency, ease of maintenance, and long service life.
In HVAC systems, we build with corrosion-resistant copper-nickel and stainless alloys that hold up in varied water chemistries, seasonal cycles, and energy recovery operations — all while maximizing heat transfer.
For HVAC and building systems, we manufacture exchangers to ASME standards with hydrostatic and quality-control testing that meets commercial and institutional performance requirements — ensuring safety and longevity in daily operation.
Your building systems deserve equipment that just fits. Our HVAC exchangers align with your piping, hangers, and service access for smooth retrofits.
Designed for Chillers, Boilers, and District Energy Networks
We’ve worked with MEP firms, building owners, and HVAC contractors to support heating and cooling systems in complex infrastructure — backed by generations of know-how.
Our exchangers perform dependably through seasonal swings, flow changes, and constant cycling — from rooftop chillers to district heating plants.
Whether it’s a school, hospital, or campus loop, comfort can’t wait. Our fast-turnaround exchangers keep your HVAC systems running with minimal disruption.
Our exchangers are made in the USA with traceable materials and submittals for smooth integration into MEP specs and building system approvals.
HVAC systems run best when every part fits the plan. We deliver exchangers that integrate smoothly into your layout and meet your performance goals. Let’s talk about what your project needs. Give us a call at (631) 348-4800, and request a free quote at any time.