The most important information for designing a plate heat exchanger is: the fluids involved in the exchange, the flow rate and the input / output temperature of the product, the flow rate and the input (or output) of the temperature of the process fluid (such as water, steam, etc.).
Structure, size and number of stages depend on the specific application and performance required.
We design and optimize the plate heat exchanger specifically for your application. Other customizations can be added.
AISI316 stainless steel guarantees the suitability of the machine for the food industry. AISI304 can be used for water or other process fluids (not food products). The thickness of the plate depends on the differential pressure of the second side. The gasket material depends on the fluids involved. A wider range of products is offered.
A summary table of each possible product is shown with some additional technical details. The legend is shown first in the table.
LEGEND
| G=glued | L=locked | N=NBR, NBR/HT | E=EPDM | V=VITON |
| 316L=AISI316L | 316=AISI316 | 304=AISI304 | Ti=Titanium | DW=Double wall FF=Free flow |
TABLE
| Frame Model | Plate Surface (m2) | Plate Port (mm) | Plate Materials | Gasket Material— Gasket Locking (Glued/Locked) | Double wall / Free flow |
| FDB030 | 0,030 | 32 | 316 | N/E—G | |
| FDB037 | 0,037 | 29 | 316L/Ti | N/E/V—L | DW |
| FDB046 | 0,046 | 32 | 316L | N/E/V—L | |
| FDB047 | 0,047 | 28 | 304/316L/Ti | N/E/V—L | |
| FDB060 | 0,060 | nd | 316 | N/E—G | |
| FDB070 | 0,070 | 29 | 316 | N/E/V—G | |
| FDB075 | 0,075 | 29 | 316L/Ti | N/E/V—L | |
| FDB080 | 0,080 | nd | 316 | N/E—L | |
| FDB085 | 0,085 | nd | 316 | N/E—G | |
| FDB090 | 0,090 | 40/42 | 316/Ti | N/E—L | DW |
| FDB093 | 0,093 | 56 | 316L/Ti | N/B/V—L | |
| FDB115 | 0,115 | 50 | 316L | N/E/V—L | |
| FDB120 | 0,120 | 67 | 304/316 | N/E—G | DW |
| FDB130 | 0,130 | 67 | 304/316/Ti | N/E/V—L/G | DW |
| FDB135 | 0,135 | 55 | 304/316/Ti | N/E/V—G | |
| FDB150 | 0,150 | 56 | 316L/Ti | N/E/V—L | DW |
| FDB169 | 0,169 | 56 | 304/316L/Ti | N/E/V—L | DW |
| FDB180 | 0,180 | 67 | 304/316 | N/E/V—G | |
| FDB210 | 0,120 | 56 | 316L/Ti | N/E/V—L | |
| FDB240 | 0,240 | 100 | 304/316L/Ti | N/E/V—L | DW |
| FDB260 | 0,26 | 78/105 | 304/316/Ti | N/E/V—L/G | DW |
| FDB400 | 0,400 | 100 | 304/316L/Ti | N/E/V—L | |
| FDB440 | 0,44 | 105 | 304/316/Ti | N/E/V—L/G | DW |
| FDB460 | 0,46 | 105 | 316L | N/E/V—L | FF |
| FDB500 | 0,500 | 100 | 304/316L/Ti | N/E/V—L | DW |
| FDB540 | 0,54 | nd | 304/316/Ti | N/E/V—L/G | |
| FDB550 | 0,55 | nd | 304/316/Ti | N/E/V—L/G | |
| FDB610 | 0,61 | nd | 304/316/Ti | N/E/V—G | |
| FDB640 | 0,64 | nd | 304/316/Ti | N/E/V—G |
