Ion Exchange Resin
- Made of polymeric materials with cross-linking hydrocarbon composition
- Removes harmful dissolved irons
- Exchanges H+ and OH- ions for those harmful ions
- Positively or negatively charged
- Ideal for softening, demineralization, and dealkalization of water
Type:Â Â Water Treatment Chemicals, Synthetic Resin, and Plastics
Purity:Â Â 99.9%, 100%
Ionic form as shipped:Â Â H+ / OH-
Function:Â Â Water deionization, Ultrapure water
Resistivity:  >18MΩ.cm
Other name:Â Â Polystyrene polymer
Physical Properties:Â Â Harmless
Packaging:Â Â Diversified packaging to meet your needs
Most Trusted Ion-exchange Resin Supplier in China
NEWater is a reliable name in offering water purifying solutions that can make water derived from various sources potable. Taking one step further, to reduce the stress on limited freshwater resources, we have been manufacturing powerful ion exchange resins. Our resins are positively and/or negatively charged. Present in ion exchange systems, these can eliminate unwanted ions and replace them with desired salts or H+ and OH- ions.
Our ion exchange resins are great for domestic and industrial water purification systems. The cation or positively charged resins can remove calcium, magnesium from the feedwater and are ideal for feed water with a high concentration of chlorine and hydrogen peroxide. On the other hand, the anion or negatively charged ions can eliminate silicic acid, carbonic acid, and other harmful chemicals. To inquire further about ion exchange resins, you can consult NEWater.
- Ion Exchange Resin Parameters
- Process Introduction
- Applications
- Hot FAQ
Physical and Chemical Properties:
|
NO. |
ITEM |
SPEC |
|
1 |
Model name |
MB -1 |
|
2 |
Cation / Anion volumetric ratio |
1/1 |
|
3 |
Moisture content (%) |
55-61 |
|
4 |
Total exchange capacity (eq/L) |
0.5 |
|
5 |
Particle size range (%) |
0.315-1.25mm>95 |
|
6 |
Specific density (g/ml) |
1.06-1.20 |
|
7 |
Uniformity Coefficient |
<1.7 |
|
8 |
Shipping Weight (g/ml) |
0.69-0.75 |
|
9 |
Whole beads after attrition (%) |
>95 |
|
10 |
Storage temperature (℃) |
0-40 |
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Suggested Operating Condition:
|
NO. |
ITEM |
DATAS |
|
1 |
Max operating temperature |
60℃ / 140℉ |
|
2 |
Minimum bed depth |
600mm |
|
3 |
Service flow rate |
20-Â 40 BV/h |
|
4 |
Applicable PH |
1-14 |
Package style:
1. 25Liter PE bag, 48bags/Pallet
2. 5Liter Aluminum foil vacuum bag, 5bags/carton
Gel polystyrene mixed bed resin with Competitive price
Ion Exchange System Flow chart:
How Ion Exchange Resin works：
We Not Only Provide Ion-exchange Resins
NEWater can provide you with a diverse range of water treatment resins：
- Anion and cation resins
- water softener resin
- Polishing Resins
- Specialty resins
- EDI mixed bed resin
NEWater Can Promise You
- Source manufacturers
- Competitive factory prices
- One-to-one guidance
- The strict quality control process
- One year warranty
How We Transport Your Ion Exchange Resins
In order to ensure the shipping time and safety of the goods, we recommend air freight, but also sea freight can be used.
Your choice of courier methods includes FedEx, DHL, TNT, EMS, etc.
For more information, please contact us.
High-quality Parts and Skid-mounted Equipment to Support the System
A Variety of Matching Processes are Available
Send Your Inquiry Now
NEWater Ion Exchange Resin
Ion exchange resins work as the physical medium of deionization in water purification systems. They look like small beads and come in a whitish or yellowish shade. NEWater ion exchange resins are made through a process called polymerization. In polymerization, hydrocarbon chains are cross-linked with one another. These polymeric compositions make our resins stronger, more durable, and more functional for deionization.
Mostly, NEWater ion exchange resins are made of polyethylene. However, we also have acrylonitrile or methyl acrylate resins.
Our ion exchange resins also go through various chemical treatments. The chemical treatments are essential to bind the functional groups that give a resin its distinctive ion separation abilities. Based on composition, our ion exchange resins are of five types. Those are Strong Acid Cation or SAC resins, Weak Acid Cation or  WAC resins, Strong Base Anion or SBA resins, Weak Base Anion or WBA resins, and Chelating resins.
Made of polysterylene, Strong Acid Cation resins come with a sulphonate or SO3- functional group. For softening of water, it gets charged with Na2+, and for demineralization, it is charged with hydrogen or H+ ions. WAC resins are made of hydrolyzed acrylic polymer and are used in dealkalization because of their affinity to H+ ions.
SBA resins are composed of polyethylene. Thanks to the chloromethylation and amination processes, they can yield OH- or hydroxide ions. WBA resins are also made of polyethylene and are used for the separation of strong mineral acids from the water. Chelating resins are polyethylene resins with various functional groups for the removal of some metals and other elements.
In our ion exchange systems, the feed water passes through the positively and negatively charged reins beads. Then, the resins separate the oppositely-charged ions present in the water through electrostatic attraction. The functional groups in a particular resin will continue to perform this task until the point of equilibrium is reached.
Our ion exchange resins are widely used in water purification or treatment systems for food and beverage, pharmaceuticals, industrial wastewater treatment, power generation, metal finishing, and other industries.