TheG-Io is a high-performance ion exchange resin blend,
meticulously designed to deliver ultra-pure water by removing both cations and
anions from treated water streams. This resin is commonly used in the final
stage of water purification systems where superior deionization and
conductivity control are essential. Built with advanced chemical and structural
integrity, the G-Ion Mixed Bed Resin ensures efficient ion exchange
performance, long operational life, and stable water quality — making it an
ideal solution for industrial, laboratory, and domestic water purification
applications. Overview G-Ion
Mixed Bed Resin is a premium mixture of strong acid cation (SAC) and strong
base anion (SBA) exchange resins in a precise ratio. These resins work
together to remove all charged ions — both positive (cations such as calcium,
magnesium, sodium, and potassium) and negative (anions such as chloride,
sulfate, nitrate, and carbonate) — from the water. The result is water with
exceptionally low conductivity and total dissolved solids (TDS), approaching
the purity levels of distilled or even ultrapure water. The
G-Ion Mixed Bed Resin is specially processed to provide high capacity, rapid
exchange kinetics, and a uniform particle size distribution that enhances flow
dynamics and prevents channeling. The resin is pre-regenerated and ready to
use, requiring minimal preparation before installation. Composition
and Structure The resin
blend consists of:
When the
hydrogen and hydroxide ions recombine, they form pure H₂O molecules — resulting
in deionized water of the highest purity. The careful balance of the cation and
anion resins in G-Ion Mixed Bed Resin ensures complete ionic removal and
consistent water quality output. Working
Principle The
working mechanism of G-Ion Mixed Bed Resin is based on ion exchange
technology. As water passes through the resin bed, ions dissolved in the
water are attracted to and replaced by hydrogen and hydroxide ions attached to
the resin beads. This process removes all ionic contaminants. For
example:
Applications G-Ion
Mixed Bed Resin is widely used across multiple industries where ultra-pure
water is a critical requirement. Some key applications include:
Key Features
and Benefits
Technical
Specifications (Typical Values)
Handling and
Storage G-Ion
Mixed Bed Resin should be stored in a cool, dry place away from direct sunlight
and freezing temperatures. It must be kept in a sealed container to prevent
contamination or dehydration. Avoid exposure to strong oxidizing agents or
organic solvents that may damage the resin’s functional groups. During
installation or regeneration, use clean, dechlorinated water to preserve resin
longevity. Conclusion The
G-Ion Mixed Bed Resin stands as a superior solution for producing
ultra-pure water with exceptional reliability and performance. Its balanced
composition, robust structure, and high ion exchange capacity make it
indispensable in advanced water treatment systems. Whether for laboratory
precision, industrial scale purification, or domestic RO polishing, G-Ion Mixed
Bed Resin guarantees unmatched water purity, operational efficiency, and
long-term value. Model: |
GMB-8415 |
| Appearance | Gel type beads |
| Polymer Matrix Structure | Styrene - DVB |
| Functional Group | Sulfuric acid/quaternary amine |
| Ionic Form | H+/OH |
| Moisture Content | 55 - 68 % |
| Capacity in volume | 1.8/0.9 mmol/ml |
| Shipping Weight | 0.67– 0.77 g/ml |
| Granularity(0.40-1.20mm) | ≥ 95 % |
| Uniformity Coefficient | ≤1.60 |
| Regeneration Level | min 99/80 % |
| Whole Spherical Rate | ≥ 95 % |
Model: |
GER-8710 |
| Appearance | Gel type beads |
| Matrix | Styrene - DVB |
| Functional Group | Sulfuric acid/quaternary amine |
| Ionic Form | H+/OH |
| Moisture Content | 53 - 63 % |
| Shipping Weight | 0.68– 0.78 g/ml |
| Granularity(0.45-1.25mm) | min 95 % |
| Uniformity Coefficient | 1.60 min |
| Regeneration Level | min 99/85 % |
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