1. Using ultra-fine mesh numerical simulation technology to make the plate flow and heat transfer performance superior.
2. Select different plate spacing ratio to get the best matching plate type, making heat exchangers run perfectly.
3. Unique corrugated and flow channel design enables the medium to generate strong turbulence.
4. Contact points formed between the chevron corrugated plates, so the pressure-bearing is high.
5. Sealing gasket "convex" section design, with large sealing force, not easy to leak, easy to install.
6. Outer protrusion of the gaskets matched with groove on back of plates to avoid misalignment,
7. Two seals type of gaskets prevent two medium mixing.
GASKETS
SONDEX model | |||||
S4A | S19A | S37 | S47 | S86 | SFD13 |
S8A | S20A | S41 | S62 | S100 | SFD22 |
S7A | S21 | S41A | S63 | S110 | SFD23 |
S9A | S21A | S42 | S64 | S113G | SFD35 |
S14A | S22 | S43A | S65 | S121 | SF123 |
S16B | S31A | S43 | S81 | S188 | SF160 |
S17 | | | | |
Gasketed plate heat exchangers are versatile and efficient devices that facilitate heat transfer between two or more fluids. Their unique design comprises a series of plates with gaskets, forming channels for the fluids to flow through. These gaskets ensure a tight seal, ...
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