High Efficiency Fully Welded Gas Plate Heat Exchanger
Compact design with high turbulence offers superior efficiency for industrial flue gas recovery.
Zero Leakage Tech
Superior Flue Gas Energy Recovery
10,000㎡Max Area
100%Zero Leakage
Unlike traditional tubular models, our fully welded gas plate heat exchangers offer a significantly smaller footprint and higher heat transfer efficiency. The dual-sided corrugated plates create optimal turbulent flow even at low velocities.
Utilizing our patented internal support and elastic expansion structures, these units handle thermal stress effectively. With a zero-leakage all-welded design, they are a practical choice for demanding industrial flue gas recovery.
Installation & Application Site
Frequently Asked Questions
What is a fully welded plate heat exchanger?
A fully welded plate heat exchanger uses laser-welded corrugated plates instead of gaskets to seal the flow channels. This eliminates leakage risks entirely, making it ideal for handling toxic, flammable, or high-temperature flue gases in industrial applications.
What is the maximum heat transfer area available?
Our gas-to-gas plate heat exchangers can be manufactured with up to 10,000 m² of heat transfer area per unit, making them suitable for large-scale industrial waste heat recovery systems.
How does it compare to shell and tube heat exchangers?
Compared to shell and tube designs, our welded plate exchangers offer 3-5x higher heat transfer coefficients, a 50-70% smaller footprint, and zero leakage risk. The corrugated plates create turbulent flow even at low velocities, significantly improving efficiency.
What temperatures can it handle?
Standard gas-to-gas models operate efficiently up to 500°C. For temperatures up to 1200°C, we offer specialized high-temperature heat exchangers with radiation and convection sections.
What industries use this heat exchanger?
Common applications include flue gas heat recovery in power plants, chemical processing, cement manufacturing, steel mills, glass production, and waste incineration facilities.