Heat Transfer Solutions BRAZED PLATE HEAT EXCHANGERS COMPACT, EFFICIENT, SANITARY High-efficiency, compact, and maintenance-free, BPHEs are ideal for food, beverage, and pharmaceutical industries where hygiene and thermal performance are critical. What is a Brazed Plate Heat Exchanger? Brazed Plate Heat Exchangers (BPHE) consist of thin, corrugated stainless steel plates brazed together with copper or nickel. The design allows for high heat transfer efficiency in a compact footprint, while eliminating the need for gaskets or seals. Ideal for liquid-to-liquid heat exchange, they reduce installation space and maintenance requirements. Advantages of BPHE Compact design for space-saving installations High thermal efficiency due to corrugated plate design Maintenance-free: fully sealed brazed plates Sanitary construction: stainless steel compatible with CIP/SIP Wide application range: pasteurizers, cooling, and heating systems Technical Specifications BPHEs are available in multiple sizes and configurations to meet various flow, temperature, and viscosity requirements. Typical parameters include: Model Max Flow (L/min) Max Temp (°C) Max Pressure (bar) Connections BPHE-50 500 150 25 Sanitary Tri-Clamp DN50 BPHE-100 1200 150 25 Sanitary Tri-Clamp DN100 BPHE-150 2500 150 25 Sanitary Tri-Clamp DN150 Applications BPHEs are widely used in industries where hygiene, efficiency, and compact design are essential: Dairy pasteurization and cooling Beverage heating and chilling Food and pharma process water Hot water and heating systems Energy recovery and closed-loop systems Why Choose PODINOX BPHE? Our Brazed Plate Heat Exchangers combine compact design, maximum thermal efficiency, and sanitary construction. They are ideal for hygienic and industrial processes where space, performance, and maintenance-free operation are critical. For expert advice on selecting the right BPHE for your process, contact our engineering team today. Optimize Your Thermal Process The FANPOD Engineering team provides expert consultation on heat exchanger selection, sizing, and sanitary integration for your process. Contact Engineering Team