Gasket Plate Heat Exchanger
Free-Flow Design
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Exclusive Free-Flow Design
Competitive plate heat exchanger designs claim wide-gap advantages, but pinch points in their design can block flow and create slurry buildup. The Free-Flow's channels handle bigger particles and require less maintenancebecause they are of a constant width.
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FREE-FLOW PLATES
| FREE-FLOW CONNECTIONS AND PRESSURES | ||
|---|---|---|
| MODEL | STUDDED PORT SIZE*(in.) | OPERATING PRESSURES+ |
| AT161FF | 3 | up to 86 psig (6.9 bar)(6kg/cm2) |
| AT40FF | 4 | up to 150 psig (11.3 bar)(10.5kg/cm2) |
| AT184FF | 8 | up to 86 psig (6.9 bar)(6kg/cm2) |
| AT192FF | 12 | up to 86 psig(6.9 bar)(6kg/cm2) |
| MATERIALS OF CONSTRUCTION | |
|---|---|
| PLATES | GASKETS |
| T304 stainless steel | Nitrile (NBR) |
| T316 stainless steel | Ethylene Propylene Rubber (EPDM) |
| Titanium | Silicone |
| Avesta SMO 254 | Viton |
| Hastelloy | Butyl (Resin Cured) |
| Nickel | Hypalon |
| Incoloy | |
