Learn about different types of heat exchangers such as gasketed, tubular, brazed, hybrid, and semi-welded, and their applications in various industries.

Showing all 10 results

Gasketed – Hygienic Plate Heat Exchangers

Gasketed - Hygienic Plate Heat Exchangers for Hygienic Applications. Hygienic practices require a unique set of requirements to solve the problem and meet strong demands for cleanability, accessibility and product integrity. Our Gasketed – Hygienic Plate Heat Exchangers portfolio is known for its high quality and value adding features. With a wide range of frame compression technologies, connection types and hygienic accessories for increased cleanability, we can meet all heat transfer needs in the hygienic industries.
Teklif Al

Gasketed – Industrial Plate Heat Exchangers

Gasketed - Industrial Plate Heat Exchangers for Industrial Applications.

The global applications for industrial heat exchangers calls for a wide and deep product range, putting great demand on the equipment. SPX FLOW's portfolio of APV ParaFlow is designed to satisfy your needs, whether this is for very small flows, or the extra-large kind, up to 4500 m3/h. With our selection of materials, connections and accessories, we can supply equipment for practically every heat transfer need. The ParaWeld and Paramine technologies expand the boundaries for gasketed plate heat exchangers. Added our long experience in after sales services, SPX FLOW is your all-round partner for heat transfer.

Teklif Al

Brazed Plate Heat Exchangers

Discover the efficiency and durability of our Brazed Plate Heat Exchangers. Perfect for a wide range of industrial applications. Order yours today.
Teklif Al

Hybrid Heat Exchanger – All Welded Design

Hybrid Heat Exchangers (Welded Heat Exchangers) –; Based on a very flexible configuration platform, the Hybrid is designed to operate under harsh conditions where other heat exchanger technologies can fail, have a shorter operating life, or reduce operational efficiency. Hybrid – Welded Heat Exchanger, easy access Makes high pressure cleaning of hybrid plates simple, effective and fast!
Teklif Al

Semi Welded Heat Exchanger – ParaWeld

ParaWeld Semi-Welded Plate Heat Exchanger – Pairs of corrugated plates are welded. Plate pairs are separated from each other by gaskets welded plate pairs are used on the process side and normal gasket technology is used on the other side.
Teklif Al

APV Plates

Discover high-quality APV plates for efficient heat transfer in industrial processes. Trust our reliable solutions for optimal performance. Plate heat exchangers.
Teklif Al

Pharmaceutical Tubular Heat Exchangers – PSTE

Pharmaceutical Tubular Heat Exchangers are made with multitube single pass smooth seamless tubes.

Food Industry Tubular Heat Exchangers

Food Industry Tubular Heat Exchangers (Food Industry tube heat exchangers) are the most used in all industrial plants for the transfer of thermal energy between different fluids. High Efficiency Heating and Cooling Applications in Industrial Processes.
Teklif Al

Industrial Tube Heat Exchangers – ISTE

Industrial Tube Heat Exchangers (Industrial Tubular heat exchangers) are the most used in all industrial plants for the transfer of thermal energy between different fluids. High Efficiency Heating and Cooling Applications in Industrial Processes.

Steam Generator

IFSG – Indirect Steam Generators; Indirect steam generators can be detachable or fixed tube bundles. They are manufactured within a wide horizontal or vertical natural circulation range to satisfy all possible applications. PFSG - Pharmaceutical Industry Indirect Steam Generators; Designed and manufactured according to pharmaceutical standard guidelines. The steam generator consists of a vertical body and pipe changer with the DTS System connected to a development chamber where evaporation takes place.

Heat exchangers are devices used to change the temperature, pressure or composition of a fluid or gas. It is part of a closed system, often used in industrial processes and for heat transfer, and can be used for a variety of purposes such as temperature changes, heat recovery, or cooling or heating liquids.

Heat exchangers operate in an area where two different fluids (usually liquid or gas) come into contact with each other. One fluid transfers heat to another and thus the temperature difference is eliminated. Thus, as the temperature of one fluid increases, the temperature of the other fluid decreases.

Heat exchangers are used in industrial processes, power plants, HVAC systems and many other applications. For example, in a home's heating systems, a heat exchanger helps transfer heat from one room to another or hot water to cold water.

Heat exchangers can be of different types such as tubular heat exchangers, plate heat exchangers or shell-tube heat exchangers. Tube heat exchangers use a bundle of tubes through which fluids pass between two tubes, while plate heat exchangers use a series of plates through which fluids pass through spaces between thin metal plates. Shell-tube heat exchangers, on the other hand, use a tube bundle enclosed in a large shell with a tube bundle inside.

Heat exchangers are widely used in industrial processes to increase energy efficiency, reduce costs and optimize processes. For example, by using a heat exchanger, you can use hot water used in a process to heat cold water or cool hot gas. This saves energy and improves process efficiency.