Why Choose Plate Heat Exchangers

• Exceptional heat transfer — high heat transfer coefficients
• Compact footprint — reduces installation space and costs
• Flexible options — brazed, gasketed, welded, coaxial
• Easy maintenance — gasketed units offer plate replacement and CIP
• Energy savings — lower pumping power and effective heat recovery

Product Types

Brazed Plate Heat Exchanger

Ideal for refrigeration, closed-loop glycol and compact HVAC. Benefits: leak‑tight, very compact, excellent ΔT performance. Limited field serviceability.

Gasketed Plate Heat Exchanger

Best for food & beverage, pharma, process heating/cooling and district heating. Benefits: easy cleaning (CIP), plate replacement, scalable capacity.

Coaxial Heat Exchanger

Suited for high‑pressure/high‑temperature fluids, thermal oil and steam circuits. Benefits: robust construction, suitable where brazing/gaskets aren’t ideal.

Typical Applications

• HVAC chillers, heat recovery, and district heating
• Refrigeration systems and cold rooms
• Food & beverage pasteurization, CIP loops, brewing and dairy
• Chemical process heating/cooling (select materials for corrosion)
• Marine engine cooling and auxiliary systems
• Industrial waste heat recovery

Technical Highlights

• Flow arrangement: counterflow preferred for max efficiency
• Materials: SS304/316, titanium, Cu‑Ni, specialty alloys
• Gaskets: EPDM, NBR, HNBR, FKM (select by fluid & temp)
• Connections: flanged, threaded, brazed, welded
• Provide flow rates, inlet/outlet temps, fluid type and allowable pressure drop for accurate sizing

Maintenance & Spare Parts

Inspect gaskets and tightening bolts on gasketed units regularly. Keep spare plates and gasket kits for critical installations. Brazed units are low maintenance but replaced rather than serviced in-line.

Get a Free Sizing & Quote

Request a free consultation — include flow rates, inlet/outlet temperatures, fluid type and desired connections.

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