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Process Technology expands XC heat exchanger capability with a new high-flow version.

Process Technology expands XC heat exchanger capability with a new high-flow version.

WILLOUGHBY, OHIO – The new XC High-Flow Inline Heat Exchanger from Process Technology delivers an ultra-high-purity (UHP), compact, high-flow heat exchanger with precise and stable heat transfer while reducing fluid pressure drop.

High-flow capacity is achieved with a larger 13mm (0.5 inch) diameter tubing to improve circulation, reduce pressure drop, and enable a faster temperature response. The low-mass unit is internally baffled for additional heat performance. Recirculating and single-pass flow applications provide safe heating for water, acids, bases, and solvents.

Clean-room assembled, no wetted o-ring, PFA tube-side chemistry paths allow the XC High-Flow to meet the most stringent cleanliness requirements to support next-generation ultra-high-purity semiconductor node technologies.

The units' small, lightweight footprint reduces space requirements in tool design and allows for easy adaptations to existing lines for simplified end-user manufacturing complexity.

Exchange Area

  • 1.5 FT2 – 0.14m² (10.0 inch shell)
  • 2.5 FT2 – 0.23m² (14.0 inch shell)
  • 3.5 FT2 – 0.33m² (18.5 inch shell)

On behalf of Process Technology, Senior Product Manager, Doreen Langa stated, “Process Technology continues to be responsive to the ever-changing technological needs of our customers in the semiconductor, electronics and pharmaceutical industries. We work hand-in-hand with our customers to design solutions that improve efficiencies. The XC High-Flow Inline Heat Exchanger, with its fast temperature responsiveness, is one such advancement that achieves the high flow requirements with reduced pressure drop.”

Additional product specifications:

  • Temperature range is 135°C (275°F).
  • PFA tubing pressure range is 241 kPa (34.9 PSI) at 120°C (248°F).
  • Polypro shell pressure is 206 kPa (29.8 PSI) at 82°C (179.6°F).
  • PVDF shell pressure is 206 kPa (29.8 PSI) at 135°C (275°F).

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