
● Overflow type ● Dry evaporator ● Spiral plate type ● Shell-and-tube type
● Coiled tube type ● Double-tube-sheet heat exchanger ● Spiral flat tube ● Floating-head type
● Falling film type ● Plate-and-shell type ● Hot-melt condenser ● Finned tube type
● U-tube type ● High-flux tube type
Material
Dimensions

| Name | Plate Type | Diameter D, mm | Small Hole Diameter d, mm | Single Plate Area, m² |
|---|---|---|---|---|
| BFSP | 25-300 | 190-1400 | 24-300 | 0.026-1.5 |
A heat exchanger employing plate elements as heat transfer components, housed within a cylindrical shell. It combines the high heat transfer efficiency of plate heat exchangers with the high-pressure resistance of shell-and-tube heat exchangers.

| Name | Specification | Overall Dimension (mm) L*W*H | Heat Exchange Area (m²) |
|---|---|---|---|
| SC | 500-2000 | 3000*1800*3290 3000*1800*6590 |
500-2000 |
Specialised equipment for capturing gaseous phthalic anhydride during catalytic oxidation and ammonia oxidation processes in industries such as fine chemicals, organic pigments, and plasticisers.

| Name | Specification (m²) | Overall Dimension (mm) L*W*H | Fin Tube Specification (mm) |
|---|---|---|---|
| BFYL | 100-699 | 1200*690-1800*1500 | φ57/φ25*2 |
The installation of flue gas coolers reduces exhaust temperatures, thereby effectively lowering production costs and ensuring compliance with national energy conservation and emission reduction standards.