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POWDER RESIN SERIES
Products Name |
Applications |
| INCPX-H powder cation ion exchange resin | Composed of nuclear grade strength acidic cation resin, already regenerated to H+ form. It has very high exchange capacity and regeneration level, and very low impurity content. |
| INCPX-N powder cation ion exchange resin | Composed of nuclear grade strength acidic cation resin, already regenerated to NH4+ form. It has very high exchange capacity and regeneration level, and very low impurity content. |
| INAPX powder anion ion exchange resin | Composed of nuclear grade strength acidic cation resin, already regenerated to OH- form. It has very high exchange capacity and regeneration level, and very low impurity content. |
| INFPX inert fibre | An inert fiber precoater. It can be mixed with powder resin, or used alone to increase the precoating capacity, and to decrease the cost of condensate treatment. |
| INMPX-1H powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. |
| INMPX-1N powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. |
| INMPX-2H powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. |
| INMPX-2N powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. |
| INMPX-15H powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. |
| INMPX-15N powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. |
| INMPXF-4H powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. We suggest, on commissioning of t units, powder mixed bed resin can quickly remove the inupities in condensate, thus decrease the commissioning cost. |
| INMPXF-4N powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. We suggest, on commissioning of t units, powder mixed bed resin can quickly remove the inupities in condensate, thus decrease the commissioning cost. |
| INMPXF-6N powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. We suggest, on commissioning of t units, powder mixed bed resin can quickly remove the inupities in condensate, thus decrease the commissioning cost. |
| INMPXF-7H powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. We suggest, on commissioning of t units, powder mixed bed resin can quickly remove the inupities in condensate, thus decrease the commissioning cost. |
| INMPXF-12H powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. We suggest, on commissioning of t units, powder mixed bed resin can quickly remove the inupities in condensate, thus decrease the commissioning cost. |
| INMPXF-12N powder mixed bed resin | Chiefly used in condensate polishing, better than deep bed. Due to fast exchange rate, with thin lager of resin it can get expected quality of water, and effectively remove considerable amount of collidal grade impurities (such as corrosion products) and non-reactive silica. Powder cation resin and powder anion resin mixed in various proper are coated on the filler media it can get the required condensate quality with optimum point and safety. We suggest, on commissioning of t units, powder mixed bed resin can quickly remove the inupities in condensate, thus decrease the commissioning cost. |