Reinforcing Means TRIZ Cases
- Heat Exchanger End Plate Sealing Recess Design
A recess in the longitudinal tube shell holds the end plate, resolving sealing reliability issues caused by complex inner contours.
- Heat Exchanger Plate Dimple Design for Pressure Resistance
A heat exchanger plate dimple with a sloped area distributes stress to withstand high test pressures.
- Plate Heat Exchanger Port Design for Structural Integrity
Differentiated porthole flat areas prevent plate collapse by maintaining consistent port diameters and flow communication in three-media heat exchangers.
- Heat Exchanger Flat Tube Junction Protection
Perpendicular wall covers the sealed junction zone to isolate it from external particles, preventing corrosion while maintaining tightness.
- Housing Element Connection via Contiguous Bearing Area
Contiguous bearing areas prevent release under high pressure without reducing inner volume.
- Flat Heat Exchanger Tube Triple Wall Nose Impact Resistance
A flat heat exchanger tube uses a triple wall nose structure to absorb impact energy and prevent deformation.
- Plate Heat Exchanger Support Mask for High Pressure Sealing
A structured support mask integrates between outer plates and frame end plates to distribute clamping force evenly across corrugated surfaces.
- Plate Heat Exchanger Reinforcer for Opening Deformation
Reinforcer with projections prevents backplate deformation and cracking around heat exchange channels.
- Heat Exchanger Plate Beam Angles for Porthole Strength
Inclined beams relocate contact zones away from thinnest ends, preventing material cracks and uneven load distribution.