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Ion Exchange Resin
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Ion exchange resin products have very high performance in removing ions in wastewater, including cation ions that make up water hardness, water-soluble COD components or toxic metal contaminants in water, are widely used in the treatment of supply water, purified water and wastewater.
ISO9001 (CQC) certificate, ISO14001, WQA of USA, NSF certificate and ACS certificate of France
Hotline 1: 0969 867 924
Hotline 2: 0969 867 925
1. Main application of exchangeable resin material in water treatment field:
- Water softeners
- Heavy metal removal
- Color processing
- Ammonium treatment
- Nitrate treatment
2. The fields/industries need to use ion exchange resin (resin)
- Beverage production
- Medicine
- Engineering & technology services
- Environmental protection (polluted wastewater, containing heavy metals…)
- Chemistry
- Production of semiconductor materials
3. Installation picture of Resin tank system
4. Product lines of ion exchange resin (resin) materials used for supply water, ultrapure water and wastewater that NGOs are providing:
- Styrene Series (Strong Acid Cation Exchange Resin)
- Styrene Series – (Macroporous Strong Acid Cation Exchange Resin)
- Styrene Series (Strong Base Anion Exchange Resin)
- Styrene Series (Macroporous Strong Base Anion Exchange Resin)
- Styrene Series (Macroporous Weak Base Anion Exchange Resin)
- Acrylic Acid Series (Macroporous Weak Acid Cation Exchange Resin)
- Acrylic Acid Series (Macroporous Weak Base Anion Exchange Resin)
- Epoxy & Phenolic Aldehyde
- Mixed Bed Resin
- Food Grade Exchange resin
- Chelation Resin
- Macroporous Adsorption Resin
5. Why should you contact an NGO when you need materials or an ion exchange water filtration system?
- On the market, there are many commercial units providing Ion exchange water filter materials, and there are thousands of different Resin types with different physicochemical properties, different water properties will require different materials, especially, In particular, it is necessary to evaluate other components in the water source that have the potential to interfere with the treatment of the material. Therefore, you need a unit with testing, design, and materials knowledge like NGO to avoid ineffective investment.
- NGOs work directly with scientists and R&D departments in one of the largest Resin factories in the world to choose the right type of material for each problem that the enterprise encounters in the treatment of water supply, as well as wastewater at its factory.
- NGOs provide materials for businesses directly from the factory without going through any commercial intermediaries, with NGOs the cost for businesses will always be optimized.
Read more about the advantages of using ion exchange resins in water treatment here:
https://ngoenvironment.com/vn/Xu-ly-nuoc-cap-tec70-XU-LY-NUOC-CAP-BANG-PHUONG-PHAP-TRAO-DOI-ION-ION-EXCHANGE-d210.html
Strong Acid-Based Positive Ion Exchange Resin – Styrene Series Gel
| No. | Functional groups | Ionic form | Mass exchange capacity (mmol/g) | Volumetric exchange capacity (mmol/ml) | Particle size range (0.315-1.25mm) | Application areas |
| 1 | -SO3H | Na+ | ≥4.5 | ≥1.3 | ≥95% | Used in pharmaceutical industry, extracting antibiotics, ultrapure water… |
| 2 | -SO3H | Na+ | ≥4.5 | ≥1.9 | ≥95% | Used to soften water, applied in pure water production, sugar production, pharmaceuticals, monosodium glutamate production, metallurgical industries… |
| 3 | -SO3H | Na+ | ≥4.2-4.3 | ≥2.20 -2.30 | ≥95% | Water softening, pure water production, application in antibiotic extraction & drug cleaning… |
| 4 | -SO3H | Na+ | ≥ 3.8-4.0 | ≥2.30 | ≥95% | Mainly used in pharmaceutical industry, extracting antibiotics |
| 5 | -SO3H | Na+ | ≥4.5 | ≥2.00 | ≥95% | Mainly used to extract various amino acids, including lysine, glutamic acid, glutamine, etc. |
Strong acid-base positive ion exchange resin Macroporous – Styrene Series
| No. | Functional groups | Ionic form | Mass exchange capacity (mmol/g) | Volumetric exchange capacity (mmol/ml) | Particle size range (0.315-1.25mm) | Application areas |
| 1 | -SO3H | Na+ | ≥4.35 | ≥1.80 | ≥95 | Use in pure water production, ultra-pure water, wastewater treatment & precious metal recovery |
| 2 | -SO3H | Na+ | ≥4.4 | ≥1.40 | ≥95% | Used as a catalyst in organic reactions… |
| 3 | -SO3H | Na+ | ≥4.3 | ≥1.40 | ≥95% | Used in food technology, amino acid extraction, organic reaction catalysis, water treatment… |
| 4 | -SO3H | Na+ | ≥4.7 | ≥1.5 |
0.4-1.25mm ≥95% |
Used as a catalyst in organic reactions… |
| 5 | -SO3H | Na+ | ≥4.2 | ≥2.0 | ≥95% | Used in sugar manufacturing industry |
Strong Base Negative Ion Exchange Resin – Styrene Series
| No. | Functional groups | Ionic form | Mass exchange capacity (mmol/g) | Volumetric exchange capacity (mmol/ml) | Particle size range (0.315-1.25mm) | Application areas |
| 1 | –N+(CH3)3 | Cl – | ≥3.7-4.0 | ≥0.75-1.1 | ≥95% | Used in the production of purified water, decolorization of sugar solutions, wastewater treatment, extraction of biochemical products and radioactive elements,… |
| 2 | –N+(CH3)3 | Cl – | ≥3.5 | ≥1.35 |
0.315 ~1.25mm ≥95% |
Used for production of pure and ultrapure water, extraction and deionization of biochemical products, wastewater treatment, separation of organic matter, extraction of radioactive elements, etc. |
| 3 | –N+(CH3)3 | Cl – | ≥3.5 | ≥1.3 | ≥95% | Pure water production, radioactive element extraction process, etc. |
| 4 | –N+(CH3)3 | Cl – | ≥3.4 | ≥1.3 | ≥95% | High purity water production, radioactive element extraction process, etc. |
| 5 | –N+(CH3)3 | Cl – | ≥4.1 | ≥0.85 | ≥95% | Mainly used in the extraction and purification of biochemical and pharmaceutical industries, decolorization of extracts and fermentation liquids, natural vitamin E adsorption extracts and antibiotic extracts. |
| 6 | N-(CH3)2C2H 4OH | Cl – | ≥3.5 | ≥1.4 | ≥95% | Producing purified water, especially suitable for water with high salt content, separating biochemical products. |
Strong Base Negative Ion Exchange Resin Macroporous – Styrene Series
| No. | Functional groups | Ionic form | Mass exchange capacity (mmol/g) | Volumetric exchange capacity (mmol/ml) | Particle size range (0.315-1.25mm) | Application areas |
| 1 | –N+(CH3)3 | Cl – | ≥3.7 | ≥1.2 | ≥95% | Mainly used in the production and purification of pure water and high purity water, decolorization of sugar solution and fermentation solution, wastewater treatment, adsorption and extraction of vanadium pentoxide, heavy metal recycling, etc. |
| 2 | –N+(CH3)2C2H4OH | Cl – | ≥3.6 | ≥1.2 | ≥95% | Use in the production of purified water |
| 3 | –N+(CH3)3 | Cl – | ≥3.5 | ≥0.55 | ≥95% | Mainly used in pharmaceutical industry |
| 4 | –N+(CH3)3 | Cl – | ≥3.4 | ≥0.8 | ≥95% | Used in pharmaceutical extraction, food industry, sugar industry… |
| 5 | –N+(CH3)3 | Cl – | ≥3.6 | ≥1.1 | ≥95% | Water treatment |
| 6 | –N+C5H5CH3 | Cl – | ≥3.4 | ≥0.8 | ≥95% | Used in organic refining, sugar desalination… |
| 7 | –N+(CH3)3 | Cl – | ≥2.6 | ≥0.8 | ≥95% | Use to remove low concentrations of organic waste in supply water |
| 8 | –N+(CH3)2C2H4OH | Cl – | ≥3.4 | ≥1.33 | ≥95% | Producing pure water |
| 9 | –N+(CH3)3 | Cl – | ≥4.0 | ≥0.8 | ≥95% | Used to assimilate glucose isomerase. |
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