Ion Exchange Resins for Industrial Water & Process Applications

Global Adsorbents’ Glo-ION range of ion exchange resins is designed for high-efficiency removal of dissolved ions in water, wastewater, and gas-phase processes. Our cationic and anionic resins, available in gel and macroporous forms, deliver long service life, high exchange capacity, and cost-effective performance across diverse industrial sectors.

Activated Alumina | Global Absorbent

High-Performance Cationic & Anionic Resins for Critical Operations

Ion rxchange resin are engineered to work reliably under a wide range of pH, temperature, and chemical conditions without compromising throughput.
Key benefits:

Gel & macroporous designs to suit varying water quality and process needs

Optimized bead structure for maximum exchange efficiency

Stable performance under high-temperature and high-TDS conditions

Suitable for both co-flow and counter-flow regeneration systems

High-Performance Cationic & Anionic Resins for Critical Operations | Global Absorbent

Advanced Technology for Reliable Ion Exchange Performance

Our manufacturing process ensures uniform bead size distribution and high mechanical strength, reducing resin breakage and extending operational life.

High operating capacity for efficient ion removal

Low pressure drop to maintain flow efficiency

Resistance to fouling, osmotic shock, and thermal degradation

Applications of Ion Exchange Resins

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Water & Wastewater Treatment

Used for demineralization, softening, and polishing in municipal and industrial water plants.

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Petrochemical, Refining & Gas Processing

Purifies process streams, removes contaminants from amine solutions, and conditions feedwater for critical refinery units.

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Food & Beverage De-mineralization

Removes unwanted minerals in sugar syrup, juice processing, and beverage production, meeting food-grade compliance standards.

Why Choose Ion Exchange Resins

Proven performance in diverse water chemistries

Long resin lifespan, reducing replacement frequency and downtime

Backed by technical service and process optimization support

Competitive bulk pricing with global delivery capability

Why Choose Glo-ION Ion Exchange Resins | Global Absorbent

Packaging & Storage Guidelines

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Store in the original sealed,
moisture-tight packaging

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Avoid exposure to freezing
conditions or direct sunlight

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Avoid contact with oxidizers

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Test Glo-ION resins in your process

Global Supply with Consistent Quality Standards

From small-scale pilot testing to full-scale industrial supply, we ensure consistent quality, competitive pricing, and timely delivery worldwide.

Glo-ION Ion Exchange Resins

How should ion exchange resins be stored for maximum shelf life?

Store in a cool, dry place with sealed packaging, avoiding direct sunlight and freezing conditions for optimal resin stability and performance.

Can resins be regenerated multiple times without performance loss?

Yes, with proper regeneration cycles using recommended chemicals, resins maintain efficiency and extend service life in industrial and water treatment applications.

What type of water should be used for resin backwashing?

Always use clean, filtered water at controlled flow rates during backwash to remove impurities without damaging resin bead structure.

Can Activated Bleaching Earth be used in continuous as well as batch refining systems?

Yes. It works effectively in both batch and continuous refining systems, providing consistent performance and optimal purification results.

Does Global Adsorbents provide technical support for using ABE?

Yes. Our experts offer guidance on optimal dosage, process parameters, and troubleshooting to help refine oils efficiently and cost-effectively.

How do I prevent fouling or clogging of ion exchange resins?

Regular monitoring, pre-filtration, and chemical cleaning schedules prevent organic, iron, and particulate fouling, ensuring consistent resin performance and longevity.

Are ion exchange resins compatible with high-temperature operations?

Most resins have specific temperature limits; exceeding them reduces efficiency.