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Unit Description

The Thermo-Z plate-style heat-exchanger is designed to recover heat from energy consuming processes up to 1500°F. Energy can be recovered and returned as process make-up air, used to preheat combustion air, or used for plant or office heating.

Thermo-Z offers fully adjustable plate-thickness and plate-spacing. Combine this with the unmatched flexibility in materials of construction and flow patterns, and Thermo-Z is the obvious choice for your high-temperature heat recovery application.

To meet unique performance or configuration requirements, multiple flow patterns are available.

For harsh environments, the Thermo-Z can be integrated with a tubular heat-exchanger (Thermo-T) to provide the ultimate in effectiveness, reliability and value.

The Thermo-Z heat-exchanger is designed and constructed for an industrial environment. Proper material selection is crucial to the life of a heat-exchanger. Typically, Thermo-Z is constructed with heavy gauge 304L, 316L, or 309S stainless-steel plates that provide a smooth, continuous path for minimum air-resistance. These materials provide superior performance in high-temperature or corrosive environments. Optional materials are available to meet specific needs.

The heat-transfer plates are completely seam-welded to ensure against cross-contamination.

Spacing is achieved with raised and depressed, truncated, conical dimples, providing uniform plate pitch. The height of these dimples can be varied at the time of manufacture to establish the desired plate-spacing necessary to meet exact performance requirements.

The inner casing is constructed of the same material as the heat-transfer matrix. It is welded to the matrix at certain peripheral locations to assure an air-tight seal.


  • Standard Construction:
    • Pre-engineered for quick delivery
    • All-welded heat-transfer matrix (standard 0.030 inches thick)
    • Standard 0.5-inch plate-spacing
    • All-welded casing (minimum 0.105 inches thick)
    • 2" x 2" x 1/4" pre-drilled flange connections
    • Highly effective counterflow pattern
    • Ready to be field-installed and insulated

      Custom Construction
    • Broad selection of materials
    • Insulated double-wall construction
    • Integral thermal expansion joints
    • Seven airflow patterns
    • Designed to meet user requirements
    • Complete systems
    • Matrix cleaning options
    • Special construction for temperatures to 1500°F
    • High-pressure construction


  • Energy Recovery 
  • Oxidizer 
  • Motor Cooling 
  • Solvent Recovery 
  • Painting Operations 
  • Combustion Air Preheat 
  • Baghouse Cooling 
  • Turbine Exhaust Heat Recovery 
  • Process Heating 

Building Types

  • Industrial Plants


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