OEM Spiral Plate Heat Exchanger

OEM Spiral Plate Heat Exchanger

Designs, sells, and repairs heat exchangers. Includes shell and tube, plate and frame, brazed or welded plate, air cooled, and spiral models.

Distributes broad range of heat exchangers. Includes brazed, plate, shell and tube, and spiral models, available in standard and custom configurations. Also sells parts and provides reconditioning services.

Korea. Manufactures broad range of heat exchangers. Includes finned tube, gasketed plate, shell and tube, and spiral models. Also offers recuperators and deaeroators.

Ameridex manufactures plate and frame heat exchangers, plate exchangers, brazed exchangers and specialized heat exchangers. Site includes product descriptions and applications.

Canada. Manufactures brazed plate, plate and frame, and shell and tube heat exchangers for variety of commercial, industrial, and processing applications. Site provides access to downloadable technical and product catalogs.

Manufactures broad range of heat transfer equipment for refrigeration, marine, and industrial process applications. Includes shell and tube, plate and frame, and shell and plate heat exchangers, as well as chillers and oil coolers.

Manufacturer of brazed plate heat exchangers. Applications include heating, cooling, refrigeration, hydronic, steam and industrial processes. Site includes detailed product information.

Designs and manufacturers plate-fin heat exchangers, cold plates, condensers, evaporators, and other heat transfer products for aircraft, military vehicles, and other fuel cell power systems.

Sweden. Manufactures broad range of heat exchangers. Includes brazed and gasketed plate versions, as well as welded models and heating stations. Site provides detailed explanation of heat exchanger types and technology.

Italy - Design and manufacture of plate heat exchangers, district heating, centralized heating modules, swimming pool water heating modules, hot domestic water modules.

Helical coil, tube-in-tube and spiral tube exchangers for sample cooling and other low flow severe duty heat transfer. Sanitary and fully drainable capabilities.

Offers spares and accessories for various brands of plate heat exchangers. Includes links to lists and details of parts available from each manufacturer.

Manufactures plate and frame, immersion, gasketed, and all-welded plate-type heat exchangers. Additional line comprises transformer radiators and valves. Site includes downloadable product and application information.

Design and manufacture of heat transfer equipment. Products include shell and tube, plate and frame exchangers, heating and cooling coils, tankless coils, oil preheaters, water heaters and tube bundles.

Aftermarket supplier of heat exchanger plates, gaskets, and other parts. Services include inspection, cleaning, regasketing, replacement parts, frame reconditioning, and special exchange program.

UK. Manufactures selection of specially developed plastic plate heat exchangers and volume control dampers. Site provides detailed preoduct and application information.

Specializes in repair and maintenance of most brands of plate and frame heat exchangers. Services include cleaning, leak testing, and regasketing.

UK. Specializes in design, redesign, refurbishment, and service of plate heat exchangers. Can also supply spare parts and new units. Site includes details of available products and maintenance programs.

UK. Manufactures broad range of heat exchangers and water heating units. Includes plate, shell and tube, multi scrape, and corrugated tube models. Site provides detailed product information and offers downloadable newsletter.

Germany. Specializes in manufacture of plate heat exchangers, such as gasketed plate models for food processing and brazed plate units for HVAC applications. Site includes details of construction and underlying thermodynamics.

Titanium Spiral Plate Heat Exchanger

Nickel Spiral Heat Exchanger

Spiral Heat Exchanger

The spiral heat exchanger’s single flow channel is inherently self-cleaning and fouling-resistant, because flow cannot bypass an obstruction.