Plate Heat Exchanger Manufacturer | High-Efficiency Industrial Heat Transfer Solutions
Ever-power delivers a complete portfolio of laser-welded plate heat exchangers — including pillow plate, wide-channel, gas-to-gas, plate-type evaporator, and jacketed tank designs — engineered for demanding petrochemical, power, and process industries worldwide.
Advanced Plate Heat Exchanger Technology
A plate heat exchanger is one of the most efficient and compact thermal transfer devices available for modern industry. By directing two fluid streams across thin, corrugated metal plates, it achieves high heat transfer coefficients while minimizing footprint, weight, and energy consumption. Ever-power specializes in fully-welded and laser-welded inflated plate technology, offering robust solutions for high-pressure, high-temperature, dust-laden, and corrosive media applications where conventional gasketed exchangers fall short.
Our complete plate heat exchanger lineup is engineered with proprietary pillow-plate inflation, dense-phase conveying, and honeycomb dual-channel designs that deliver up to 90% energy savings, near-zero emissions, and operating pressures exceeding 100 bar. Whether you need to recover waste heat from flue gas, evaporate process liquids, crystallize chemical products, or jacket a reactor vessel, our product range covers every major industrial heat exchange requirement.
Why Choose Ever-power Plate Heat Exchangers
Our equipment combines laser-welded construction, customized plate spacing, and multiple alloy options (304/316L stainless steel, titanium, Hastelloy, duplex steel) to handle the most challenging service conditions. Each unit is designed for low pressure drop, easy cleaning, and long service life — backed by full ASME and PED-compliant fabrication and rigorous third-party testing.
Our Plate Heat Exchanger Product Range
Wide-Channel / Powder-Type Plate Heat Exchanger
Patented pillow-shaped honeycomb dual-channel design enables dense-phase conveying of solid powders with up to 90% energy savings and near-zero emissions. Vertical modular structure with quick-opening cleaning doors makes it ideal for cement, mining, and dust-laden bulk material cooling.
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Plate Crystallizer (Pillow Plate Heater)
Manufactured through a precision laser welding and inflation process, our pillow plates withstand pressures up to 100 bar and temperatures from -30°C to 800°C. Available in titanium, Hastelloy, and other alloys with heat transfer coefficients up to 1500 W/(m²·°C) for ORC waste heat recovery and reboiler service.
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Gas-to-Gas Heat Exchanger (GGH)
Specifically engineered for flue-gas-to-flue-gas heat recovery in power plants and FGD systems. By transferring heat from upstream high-temperature gas to downstream low-temperature streams, the GGH effectively addresses acid dew point corrosion and dust deposition while enabling flue gas de-whitening.
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Plate-Type Economizer (Plate-Type Evaporator)
Our inflated honeycomb-plate evaporator overcomes the limits of conventional tubular coolers in spray-water evaporation. Controlled bulge height and plate spacing boost heat transfer efficiency, reduce equipment size, and deliver superior performance in petrochemical and thermal power flue gas waste heat recovery.
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Jacketed Heating Tank
Built using the laser-welded inflated plate process, our jacketed tanks feature a thin outer plate inflated into a high-strength 3D honeycomb channel. This construction enhances mechanical strength, eliminates direct welding on the tank shell, and preserves long-term seam integrity for reactor heating and cooling.
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Custom Engineering & OEM Solutions
Beyond our standard product lines, Ever-power provides full custom engineering for plate heat exchanger projects. Our team handles thermal design, CFD simulation, material selection, fabrication, and on-site installation support — delivering turnkey solutions tailored to your exact process parameters.
Request a QuoteTechnical Advantages
Every Ever-power plate heat exchanger is engineered around six core performance pillars that translate directly into lower OPEX, higher uptime, and stronger return on investment for our clients.
High Heat Transfer Coefficient
Pillow-plate turbulence promoters achieve coefficients up to 1500 W/(m²·°C), dramatically reducing required surface area compared to shell-and-tube designs.
Wide Channels & Dust-Resistant
Sinusoidal anti-dust flow paths and adjustable plate spacing prevent clogging in high-particulate flue gas and powder applications.
Low Pressure Drop
Inflated central flow channels minimize flow resistance, reducing fan and pump power consumption and overall system energy demand.
High Pressure Capacity
Each plate withstands operating pressures over 60 bar with burst pressures reaching 200 bar, suitable for high-pressure steam and condensate service.
Detachable & Easy to Clean
Quick-opening doors and single-plate replacement capability minimize maintenance downtime and lifecycle cost.
Multiple Material Options
Available in 304/316L stainless steel, titanium, Hastelloy, duplex, and other alloys to match aggressive corrosive or high-temperature media.
Industrial Applications
Our plate heat exchangers are deployed across a wide range of process industries where thermal efficiency, reliability, and compact installation are mission-critical.
Frequently Asked Questions
What is the maximum operating pressure of an Ever-power plate heat exchanger?
Our laser-welded pillow plates handle continuous operating pressures up to 100 bar, with documented burst pressures reaching 200 bar. The exact rating depends on plate thickness, material, and design code (ASME VIII, PED, GB 150).
How does a fully-welded plate heat exchanger differ from a gasketed model?
Fully-welded units eliminate elastomer gaskets between plates, allowing higher temperatures (up to 800°C), broader chemical compatibility, and far lower leakage risk. They are the preferred solution for hydrocarbons, steam, and aggressive media where gasket integrity is a concern.
Which materials are available for the heat exchange plates?
Standard offerings include 304 and 316L stainless steel. For corrosive or high-temperature service we also fabricate plates in titanium, Hastelloy C-276, duplex 2205, super duplex, nickel 200, and other specialty alloys upon request.
How much energy can I save by upgrading to a pillow plate heat exchanger?
Field data from cement, power, and petrochemical installations shows energy savings of up to 90% versus traditional shell-and-tube or air-cooled designs, primarily by recovering low-grade waste heat that was previously vented to atmosphere.
Can your plate heat exchangers handle dust-laden flue gas?
Yes. Our wide-channel and powder-type designs use sinusoidal anti-dust flow paths, adjustable plate spacing, and quick-access cleaning doors specifically engineered for high-particulate streams without sacrificing heat transfer performance.
Do you provide thermal design and on-site commissioning?
Absolutely. Ever-power offers full lifecycle support including process simulation, mechanical design, factory acceptance testing, shipment, installation supervision, and operator training to ensure optimal long-term performance.
Ready to Optimize Your Heat Transfer Process?
Speak with our engineering team for a free thermal design review and custom plate heat exchanger quotation tailored to your application.
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