Mixed Bed Resins for Condensate Processing
Model 001P: It is used for single bed in treatment of condensate. It works well in hydromechanics, permeability resistance and physical stability.
Model 001MBP: Designed for boiler condensate treatment, it delivers excellent performance in high-flow mixed-bed systems, offering outstanding hydrodynamic properties, mechanical wear resistance, resistance to chemical permeation, and oxidation resistance.
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Products
Keywords:
Mixed Bed Resins for Condensate Processing
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|
Type |
Model |
Ionic Form |
Exchange Capacity mmol/ml |
Uniformity Coefficient |
Bulk Density |
Particle Size Range |
Main Applications |
|
Gel |
001P |
NA+ |
≥1.90 |
≤1.4 |
0.77–0.87 |
0.45–1.25 |
It is used for single bed in treatment of condensate. It works well in hydromechanics, permeability resistance and physical stability. |
|
201P |
CL- |
≥1.35 |
≤1.4 |
0.67–0.73 |
0.45–1.25 |
||
|
001MBP |
NA+ |
≥1.90 |
≤1.3 |
0.77–0.87 |
0.50–1.25 |
Designed for boiler condensate treatment, it delivers excellent performance in high-flow mixed-bed systems, offering outstanding hydrodynamic properties, mechanical wear resistance, resistance to chemical permeation, and oxidation resistance. | |
|
201MBP |
CL- |
≥1.35 |
≤1.3 |
0.67–0.73 |
0.40–0.80 |
||
|
Macroporous |
D001P |
NA+ |
≥1.80 |
≤1.4 |
0.77–0.85 |
0.45–1.25 |
It is used for single bed in treatment of condensate. It works well in hydromechanics, permeability resistance and physical stability. |
|
D201P |
CL- |
≥1.20 |
≤1.4 |
0.65–0.73 |
0.45–1.25 |
||
|
D001MBP |
NA+ |
≥1.80 |
≤1.3 |
0.77–0.85 |
0.50–1.25 |
Designed for boiler condensate treatment, it delivers excellent performance in high-flow mixed-bed systems, offering outstanding hydrodynamic properties, mechanical wear resistance, resistance to chemical permeation, and oxidation resistance. | |
|
D201MBP |
CL- |
≥1.20 |
≤1.3 |
0.65–0.73 |
0.40–0.80 |