Pillow Plate Heat Exchanger

Advanced laser-welded pillow plate evaporator designed for paper production wastewater treatment. Features mechanical vapor recompression (MVR) technology reducing steam consumption to 0.02T, high heat transfer efficiency, and concentration from 13-18% to 65-80% total solids. Ideal for black liquor evaporation with excellent turbulence design and easy maintenance capabilities.

Industrial SS304 stainless steel brazed plate heat exchanger featuring double embossed pillow plate design for enhanced turbulence and heat transfer efficiency. Withstands temperatures up to 180°C and working pressure of 120 PSI. Fully welded construction prevents leakage and supports various media including steam, water, and oil. Customizable sizes and pharmaceutical-grade compliance for diverse applications.

Industrial-grade all-welded SS304 plate type heat exchanger designed for MVR evaporator systems. Features non-foaming and non-plugging design with uniform liquor distribution. Achieves up to 90% energy savings compared to conventional systems, with 100 t/h evaporation capacity. Provides clean condensates, low-temperature operation, and fully automated control for efficient industrial fluid processing.

Advanced laser welded pillow plate heat exchanger featuring 0.8-2.0mm stainless steel construction with DIN/ISO certification. Ideal for sugar concentration, fertilizer processing, and powder heat exchange applications. Offers modular design, low power consumption, and efficient indirect heat transfer for industrial applications.

Industrial-grade stainless steel pillow plate heat exchanger featuring laser-welded construction, customizable dimensions, and 120 PSI working pressure. Ideal for black liquor, juice, milk, and beer fermentation applications with pharmaceutical-grade compliance and enhanced heat transfer efficiency.

Industrial-grade stainless steel pillow plate heat exchangers designed for beer brewing applications. Features rapid wort cooling, easy disassembly for cleaning, multiple material grades (SUS304, SUS316), and energy-efficient operation. Ideal for large-scale production with compact design and low maintenance requirements. Certified to DIN, ISO, ANSI standards.

Advanced stainless steel pillow plate heat exchanger designed for Mechanical Vapor Recompression (MVR) falling film evaporators. Features 90% energy savings, non-foaming design, clean condensate production, and fully automated operation. Ideal for industrial applications requiring high efficiency evaporation with tip velocities exceeding 1000 km/h and significant operational cost reductions.

Laser-welded stainless steel pillow plates with dimpled surface design for superior heat transfer in beer brewing applications. Features include high thermal efficiency, scaling resistance, compact design, and pressure ratings up to 10mm thickness. Ideal for wide-channel plate-shell heat exchangers handling viscous fluids and particulate materials.

Custom stainless steel dimple jacket heat exchanger for beer fermentation tanks. Features high-pressure laser welding, gasket-free construction, and multiple material options including 304, 316L, and 2205 stainless steel. Ideal for heating, cooling, and temperature maintenance in industrial brewing applications with superior corrosion resistance and thermal efficiency.

Industrial falling film pillow plate heat exchanger designed for black liquor evaporation and heat recovery systems. Features 3500 W/m²·℃ heat transfer coefficient, operates up to 800℃ temperature and 60 bar pressure. Achieves 80-85% dry solids concentration with energy-efficient operation and self-cleaning capabilities for pulp mill applications.

High-efficiency MVR pillow plate heat exchangers deliver exceptional energy savings with 1t water evaporation consuming only 1/5 to 1/3 of conventional evaporator energy. Features include compact design using 50% less space, low-temperature operation to prevent scaling, and automated controls. Ideal for dairy, brewing, chemical, and sugar industries with operating costs reduced to 1/3 of traditional systems.

Advanced falling film black liquor evaporator featuring crystallization technology for 45% dry solids concentration. Energy-efficient design reduces steam consumption to 9t/h and electricity usage to 180kWh/h. Customizable with carbon steel, stainless steel, or titanium alloy plates up to 2m width and 9m length. Delivers 15.57 million RMB annual savings with 0.5-year investment payback period.

Durable SS304 stainless steel pillow plate heat exchanger measuring 6x2x2 meters with 120 PSI working pressure and 180°C temperature rating. Features high heat transfer efficiency, scale resistance, and compact design for black liquor, food processing, and chemical applications. Fully welded construction ensures reliability in demanding industrial environments.

Double wall embossed beer cooling plate pillow dimple plate heat exchanger manufacturer Brief introduction Pillow plate heat transfer surface is a panel-type heat exchanger that can be made in an endless range of shapes and sizes. It is ideally suited for applications involving high pressures and temperature extremes. The dimple plate design provides for highly efficient heat transfer performance. Its laser-welded and inflated channels induce fluid turbulence to attain high

Welded Pillow plate heat exchanger for falling film MVR evaporator system MVR Technology MVR technology is to compress the secondary steam of the evaporator by mechanical method, increase its pressure and temperature, increase its enthalpy, and then send it back to the heating chamber of the evaporator to be used as heating steam, so as to keep the feed liquid in boiling state, while the heating steam itself condenses into water. Compared with the multi effect evaporation

Titanium Steam Dimple Heated Jacket Plate Heat Exchanger for Beer Brief introduction Pillow Plates, also called dimpled plates or thermo plates, consists of two stainless steel sheets that are laser welded together by welding a custom circle weld pattern. Then the plate is inflated by using water pressure, which creates a specific single or double embossed profile – the pillow plate, through which the cooling or heating is conducted. The thickness and the spot pattern are

SS 6*2m thermo plate heat exchanger with wide tubes pillow plate Introduction A single plate heat exchanger unit is composed of two metal plates that are seal-welded together and pressure-formed to display a corrugated surface. There are two types of corrugation: 1. Single-sided: typically used as a clamp-on heat exchanger. 2. Double-sided: typically used as an immersion heat exchanger. Specification Product Name Pillow plate heat exchanger Material Stainless Steel Color

stainless steel 304 316l plate heat exchanger with embossed welding pillow plate Introduction Wastewater evaporation Reboiler Condensation of steam Condenser used in fractional distillation Condenser used in a cooling system Chemical fertilizer Sugar Salt Minerals Plastic Caustic soda (NaOH) Grains Fermenter Chemical reactor Forced circulation evaporator Reboiler Heating/cooling of various materials Plate type Double-sided drum pressure, generally used as immersion heat

High efficiency stainless steel 304 316l plate heat exchanger with embossed pillow plate Introduction Two sheets of steel are overlapped and welded by laser. Laser ring welding is used in the middle of the sheet and two laser welding seals are used around the edge.Injecting high-pressure liquid between plates makes the plates expand and deform under pressure, forming a hollow plate heat exchanger with uneven surface. Pillow plate heat exchanger is a kind of plate heat

SS 2*12m thermo plate heat exchanger with wide tubes pillow plate Introduction The material of pillow plate can be SS304, SS316, SS316L, DSS, TA2..etc, the sharp, plate thickness, working pressure can be customized to meet your exact requests. The surface of the heat transfer plate is a plate heat exchanger, which can be made into various shapes and sizes. It is very suitable for applications involving high pressure and extreme temperature. The pillow board design provides