80 Plate Brazed Plate Heat Exchanger 5x12 Stainless Steel Unit

Get reliable heat transfer without high energy costs or bulky systems. This 80-plate brazed heat exchanger delivers consistent heating and cooling for water, snow melting, or even beer cooling setups.

It runs without electricity or combustion, giving you efficient thermal performance while keeping operating costs low.

Efficient heat transfer that cuts energy use

✅ Transfer heat quickly with 80 plates that maximize thermal contact

✅ Reduce energy costs with up to 99% heat efficiency performance

✅ Handle demanding systems with a wide -292℉ to 392℉ temperature range

✅ Keep systems leak-resistant with vacuum brazed construction

✅ Connect easily using 1 ¼” MNPT threaded interfaces

✅ Support stable installation with included stainless steel brackets

✅ Save space with a compact 5x12 inch plate design

Delivers strong thermal performance in compact spaces.

Built for consistent heating across different applications.

Connect quickly without complicated installation steps.

Transfers heat efficiently without needing added power.

Handles multiple fluids with flexible connection options.

Fits different setups without taking excess space.

Compact build keeps installation simple and organized.

This heat exchanger uses 304/316 stainless steel plates with 99.9% copper brazing to move heat efficiently between fluids. The internal plate design creates turbulence, which improves heat transfer without requiring additional energy.

In real-world use, it fits into floor heating, water heating, snow melting systems, or cooling setups like brewing. With four connection ports, it integrates easily into closed-loop systems where consistent temperature control matters.

Weighing 27.58 lb (12.51 kg), it stays stable once installed, and the included stainless steel brackets help secure it in place. The 5x12 inch plate size delivers strong output while still fitting into tighter mechanical spaces.

Compared to larger or more complex systems, this unit gives you efficient heat exchange in a smaller footprint with fewer moving parts and less ongoing maintenance.

Upgrade your system with efficient heat transfer that reduces cost and complexity.