• Exceptional Chloride & Corrosion Resistance: Titanium plates feature inherent immunity to chloride ion erosion, seawater, geothermal mineral brine, mild acid and saltwater corrosion. Unlike 304/316L stainless steel prone to pitting and crevice corrosion in saline water, titanium maintains stable surface integrity without rusting or perforation, drastically extending service life in marine and geothermal scenarios.

​

• Ultra-High Heat Transfer Efficiency: Optimized chevron corrugated plate structure disrupts fluid laminar boundary layers to generate intense turbulence inside narrow channels. Even with thin titanium sheet thickness, low thermal resistance ensures superior heat transfer coefficients, cutting pump energy consumption and boosting overall waste heat recovery efficiency.

​

• Compact Modular & Space-Saving Layout: Stacked plate assembly delivers far smaller footprint than shell-and-tube heat exchangers with identical heat load. It supports vertical and horizontal installation to fit tight mechanical rooms, offshore platform cabins, villa pool equipment areas and compact geothermal stations. The modular design allows flexible adjustment of heat exchange area by adding or removing titanium plates.

​

• Easy Disassembly & Low Maintenance Costs: Full bolted detachable frame structure allows quick extraction of the titanium plate bundle for CIP cleaning or manual descaling to remove mineral scale from geothermal and seawater media. Symmetrical double clamping bolt design evenly distributes compression force, avoiding gasket deformation and reducing frequent replacement frequency.

​

• Broad Media & Temperature-Pressure Adaptability: Matching sealing gaskets include NBR, EPDM, HNBR and FKM/Viton to accommodate different temperature ranges from -50℃ up to 180℃. The titanium plate bundle withstands continuous exposure to seawater, geothermal brine, desalination concentrate, swimming pool chlorinated water and light chemical corrosive liquids without surface degradation.