Why Choose On-Site Heat Exchanger Machining?

Our qualified team performs heat exchanger maintenance and restoration, re-establishing the equipment's mechanical integrity, thermal efficiency and operational reliability.

  • Higher Thermal Efficiency

    We restore the equipment's heat transfer conditions, reducing performance losses and energy consumption.

  • Component Restoration

    We restore tubes, tubesheets, flanges and other components, avoiding unnecessary replacements.

  • Less Downtime

    Planned interventions and specialized repairs reduce equipment downtime.

  • Operational Savings

    Restoring the heat exchanger lowers replacement costs and extends the service life of industrial assets.

Heat exchanger machining

Technical Capabilities

We use high-precision equipment to ensure an accurate and efficient process.

Cover Facing

Facing of the cover sealing surfaces to remove corrosion, gasket marks and distortion that compromise tightness.

  • Sealing face
  • Gasket seating
  • Corrosion repair
  • Mark removal
  • Reliable sealing

Channel Facing

Correction of the channel mating faces to restore parallelism and ensure a tight seal between components.

  • Flanged faces
  • Controlled parallelism
  • Wear correction
  • Improved alignment
  • Efficient sealing

Tubesheet Machining

Facing of the tubesheet, sealing shoulder and pass partition to remove irregularities that can cause leaks and cross-contamination.

  • Tubesheet face
  • Sealing shoulder
  • Back face
  • Improved tightness

Shell Machining

Correction of shell sealing and mating surfaces affected by corrosion, wear and operational distortion.

  • Sealing seats
  • Mating areas
  • Corrosion repair
  • Better seating
  • Greater reliability

Knuckle Radius Machining

Restoration of the knuckle radius geometry to ensure correct component seating and effective sealing.

  • Geometric correction
  • Controlled radius
  • Better seating
  • Dimensional accuracy
  • Efficient sealing

Pass Partition Milling

Milling and restoration of the tubesheet pass partition to re-establish the seal between passes, correcting wear, corrosion and distortion that compromise exchanger efficiency.

  • Pass partition restoration
  • Corrosion repair
  • Seal re-established
  • Reliable separation of circuits
  • Higher thermal efficiency

Diaphragm Removal

We safely remove the diaphragm from high-pressure exchangers, preserving the shell and the equipment's internal components.

  • Controlled removal
  • Equipment preserved
  • No damage to the shell
  • Qualified team
  • Safer maintenance

Diaphragm Bolt Extraction

We safely extract the bolts of breech-lock high-pressure exchangers, preserving the equipment.

  • Controlled removal
  • Equipment preserved
  • Qualified team
  • Safer maintenance

Our Gallery

Facing the mating faces of a heat exchanger channel

Channel Machining

Machining the knuckle radius of a heat exchanger

Knuckle Radius Machining

Machined sealing shoulder at the rear of a heat exchanger

Sealing Shoulder

Facing a heat exchanger tubesheet

Tubesheet Machining

Milling the pass partition groove in a heat exchanger cover

Milling the pass partition groove in the cover

Machining the sealing surface of a heat exchanger shell

Shell Machining

Machining equipment mounted on a high-pressure exchanger for diaphragm removal

Diaphragm Removal

High-pressure exchanger after diaphragm removal

Diaphragm Removal 2

Ready to take your maintenance to the next level?

Join hundreds of companies that have cut costs and increased productivity with our specialized solutions

Contact Us