ThermoFlow Plate & Frame Heat Exchangers | Dry Coolers Inc.

Dry Coolers Inc.

Industrial Process Cooling Systems

Dry Coolers, Inc.
575 South Glaspie Street
Oxford, MI 48371 USA

1-800-525-8173

You are here

ThermoFlow Plate & Frame Heat Exchangers

Plate & frame heat exchangers are cleanable, expandable, and deliver a closed approach to the cooling medium

Operating Range

High Temperature

115° F

Low Temperature

-20° F

The Basics

All stainless steel plates
Gasketed - cleanable and expandable
3°F approach to cooling medium
Fluids will never cross contaminate - any leaks will be to outside of heat exchanger

Optional Features

Titanium plates
Special gasket materials
Welded or brazed plate packs
ThermoFlow Plate & Frame Heat Exchanger
PHE Plates

Plate & frame heat exchangers work by passing fluids through alternating fluid cavities that are separated by corrugated stainless steal plates. The fluids are alternated so that hot fluid is surrounded by cool fluid throughout the entire exchanger. The corrugation provides high turbulence even at low flow rates, which lends itself to this style of heat exchanger's over all high thermal efficiency.

These heat exchangers are effective in situations when other types of exchangers are not, such as applications with low flow rates or when there is a low temperature differential between fluids. They also allow for disassembly when required for cleaning (e.g. in the food industry), sizing flexibility when process changes are expected in the future or when compact design is necessary.

These high efficiency plate & frame heat exchangers have the flexibility for any application and we at Dry Coolers have the expertise to help you customize them as well as help you with any of your custom pumping station needs.

THE PLUS SIGNS HERE

NEED MORE?

Dry Coolers specializes in custom systems built to precise specifications. We will work with you to develop a solution to your process cooling needs. Look over some of our custom work and get in touch with our sales staff to get started.