Click for brochure                     Click for manual APV standard ‘P’ types offer AISI 316 stainless steel plates and connections with copper brazing. The units are rated for 450 psig/31 bar operating pressure with a maximum temperature of 437°F/225°C. P series are typically installed with a Y-strainer to protect the unit from debris, while custom insulation kits minimize […]

The Feldmeier Double Tube Heat Exchanger consists of an inner tube and an outer tube mounted concentrically. The heating or cooling medium travels in one direction through the outer tube and the product flows in the opposite direction through a single inner tube in counter flow fashion allowing for gentle handling of shear sensitive products […]

Click for brochure Based on a multi-flexible confi guration platform, Hybrid is designed to operate under harsh conditions where other heat exchanger technologies can fail, have a shorter operating lifetime, or reduce operational efficiency.What’s more, easy access makes high-pressure cleaning of Hybrid plates simple, effective and fast! Unseen flexibility based on a range of standard […]

The Feldmeier Multi-Tube Heat Exchanger consists of several inner tubes in a single outer media tube constructed in a welded hairpin arrangement to allow for thermal expansion. The heating or cooling medium travels in one direction through the outer tube and the product flows in the opposite direction through the inner tubes in counter flow […]

FUNCTION Provides a safe, sanitary and efficient method of transferring heat from one fluid medium or product to another as the two streams pass on opposing sides of the intervening plates. Units may be configured for heating with steam or hot water, cooling with chilled water, brines or glycol solutions, or the heating and cooling, […]

During the plate evaporation process, liquid is pumped between thin plates with the heating medium on the mating surfaces. The product is then evaporated with the vapor generated forming a high velocity core. This expansion in volume causes a high-velocity, thin film on the heat exchange surface providing efficient heat transfer. Plate evaporators should be […]

Click for brochure                  Click for manual SPX has the only patented PLC controlled, R5 Quad-Drive plate heat exchanger with four tie bars for precise closure. Taking up to 1,000 plates, the newest addition in a long line of PHE innovations from SPX makes it easier than ever to install, control and maintain your PHE for […]

The APV scraped surface heat exchangers (SSHE) consist of a jacketed cylinder with a rotating dasher holding rows of scraper blades. The product is pumped through the cylinder while the heating or cooling medium is circulated between the cylinder and the jacket. The medium can be steam, water or a refrigerant such as ammonia or […]

Advantages of Gasketed Plate vs. Tubular Heat Exchangers: High Heat Transfer Film coefficients three to five-times greater Efficient operation with up to 98% heat recovery or regeneration Low liquid hold-up enables faster reaction times to change in process Fluids flow counter-current to each other between the parallel passages in each pass Economical and Compact Reduces […]

FUNCTION Ste-Vac Heaters have been in use for decades in the dairy industry for heating milk and milk based products to high temperatures for sustained periods of time. More recently, their use has been expanded to include both heating and cooling of a broad range of fluid products. FEATURES Fully insulated, stainless steel jacket reduces […]

The Feldmeier Torpedo sanitary CIP Solution Heater is a 7′ long single pass Multi-Tube Series 27 or 33 consisting of several 1/2″ OD or 3/4″ OD inner tubes in a single 6″ OD outer media tube. With all-welded ASME certified construction, the Torpedo has been designed to heat from 100 GPM to 450 GPM of […]

The Feldmeier Triple Tube™ Heat Exchanger consists of an inner tube, an intermediate tube and an outer tube, concentrically mounted. The heating or cooling medium travels in one direction through the inner tube and through the annular space between the intermediate and outer tubes. The product flows in the opposite direction through the annular space […]