Ion Exchange INDION® FFIP | Type I Strong Base Anion Exchange Resin

Rs. 10,000.00 + GST

Rs. 11,800.00 (Incl. GST)

~~Rs. 12,969.00~~ Rs. 10,000.00 + GST

Rs. 11,800.00 (Incl. GST)

बिक्री बिक गया

शिपिंग शुल्क का हिसाब चेकआउट के समय लगाया जाएगा।

Packaging Weight 50 ltr

Doubts? Call or WhatsApp us at +91 74394 37289

INDION® FFIP is a premium Type I strong base, unifunctional anion exchange resin supplied in the chloride (Cl⁻) form. It is manufactured using a styrene-EDMA copolymer matrix with benzyl trimethyl amine functional groups and features an isoporous bead structure that provides excellent ion exchange efficiency and mechanical stability.

The resin has very high basicity, making it highly effective at removing weak acids such as silica and carbon dioxide, in addition to strong acid anions. INDION® FFIP is recommended for use in two-stage, multiple-stage, and mixed-bed deionization systems where high-quality deionized water with extremely low residual silica is required.

🫗 Quick Highlights

Type I strong base anion exchange resin
Supplied in chloride (Cl⁻) form
Isoporous bead structure
High basicity for efficient anion removal
Excellent silica and carbon dioxide removal
Ideal for high-purity demineralized water production
Suitable for mixed-bed and two-stage DM plants
Uniform spherical bead structure
Wide operating pH range (0–14)
Manufactured by Ion Exchange (India) Ltd.

Chloride (Cl⁻) Form
Anion Exchange
Benzyl Trimethyl Amine Group

पूरी जानकारी देखें

💧 Key Benefits

Efficiently removes strong acid anions as well as weak acids such as silica and carbon dioxide.
Produces high-quality deionized water with very low residual silica.
Isoporous structure offers excellent hydraulic performance and mechanical durability.
Suitable for demanding industrial water treatment applications requiring high-purity water.
Uniform bead size minimizes pressure drop and improves water distribution.
Compatible with two-stage, multiple-stage, and mixed-bed deionization systems.
Delivers reliable long-term performance when properly regenerated and maintained.
Wide operating pH range provides operational flexibility across various water treatment processes.

📌 Technical Properties

Type: Type I Strong Base Unifunctional Anion Exchange Resin
Matrix: Styrene-EDMA Copolymer
Structure: Isoporous
Functional Group: Benzyl Trimethyl Amine
Ionic Form Supplied: Chloride (Cl⁻)
Appearance: Translucent Red Brown Beads
Total Exchange Capacity: Minimum 1.2 meq/ml
Moisture Holding Capacity: 47–55%
Particle Size Range: 0.3–1.2 mm
Particles >1.2 mm: Maximum 5.0%
Particles <0.3 mm: Maximum 1.0%
Effective Size: 0.45–0.60 mm
Uniformity Coefficient: Maximum 1.7
Shipping Weight: 660–710 kg/m³
Maximum Operating Temperature: 60°C (OH⁻ Form), 90°C (Cl⁻ and Other Forms)
Operating pH Range: 0–14
Volume Change (Cl⁻ to OH⁻): Approximately 10–15%
Resistance to Reducing Agents: Good
Resistance to Oxidizing Agents: Generally Good (Chlorine Should Be Absent)

🌊 Applications

Demineralization (DM) Plants
Two-Stage Deionization Systems
Multiple-Stage Water Treatment Plants
Mixed-Bed Deionization Units
High-Purity Water Production
Boiler Feed Water Treatment
Pharmaceutical Water Systems
Electronics & Semiconductor Industries
Chemical Processing Plants
Power Plant Water Treatment
Silica Removal Applications

🔧 Installation & Operating Guidelines

Install the resin in a clean anion exchange vessel equipped with a suitable underdrain system.
Backwash the resin before commissioning to classify the resin bed and remove fine particles.
Regenerate the resin using an appropriate sodium hydroxide solution as specified by the system design.
Operate within the recommended temperature limits based on the ionic form of the resin.
Ensure feed water is adequately pretreated to minimize fouling from suspended solids and organics.
Avoid continuous exposure to free chlorine and other strong oxidizing agents.
Follow the equipment manufacturer's recommended operating and regeneration procedures.
Monitor treated water quality regularly to determine regeneration intervals.

⚙️ How It Works

INDION® FFIP removes dissolved anions through the ion exchange process. As water passes through the resin bed, negatively charged ions such as chlorides, sulphates, nitrates, bicarbonates, silica, and carbon dioxide are exchanged with hydroxide (OH⁻) ions during operation. These hydroxide ions combine with hydrogen ions released from the cation exchanger to produce highly purified water.

Its Type I strong base functional groups provide superior removal of weakly ionized contaminants such as silica and carbon dioxide, making the resin ideal for producing very high-purity deionized water.

🥽 Safety & Handling

Store the resin in its original sealed packaging.
Never allow the resin to dry during storage.
Keep the resin moist using clean demineralized water if necessary.
Store in a cool, shaded location between 20°C and 40°C.
Handle sodium hydroxide and other regeneration chemicals using appropriate personal protective equipment (PPE).
Prevent eye and skin contact with regeneration chemicals.
Follow standard industrial safety practices during handling, storage, and regeneration.

⚙️ How It Works

INDION® FFIP removes dissolved anions through the ion exchange process. As water passes through the resin bed, negatively charged ions such as chlorides, sulphates, nitrates, bicarbonates, silica, and carbon dioxide are exchanged with hydroxide (OH⁻) ions during operation. These hydroxide ions combine with hydrogen ions released from the cation exchanger to produce highly purified water.

Its Type I strong base functional groups provide superior removal of weakly ionized contaminants such as silica and carbon dioxide, making the resin ideal for producing very high-purity deionized water.

⚠️ Limitations and Precautions

Maximum operating temperature is 60°C in the hydroxide form and 90°C in the chloride and other forms.
Free chlorine and other strong oxidizing agents should be absent to prevent resin degradation.
Resin should never be allowed to dry during storage or operation.
Approximately 10–15% volume expansion occurs during conversion from chloride to hydroxide form; vessel design should accommodate this expansion.
Proper pretreatment is recommended to minimize fouling from suspended solids and organic contaminants.
Regular regeneration is essential to maintain high silica removal efficiency and overall resin performance.
Performance depends on proper system design, operating conditions, and regeneration practices.

FREQUENTLY ASKED QUESTIONS

Do you provide installation services?

Yes. We install RO plants, softeners, iron removal filters, ETP/STP systems, and all types of domestic & industrial water treatment plants across India.

Do you offer GST invoices?

Yes. Every order comes with a100% GST-compliant invoice, suitable for dealers, resellers, and industrial use.

How do I know which chemical or filter is suitable for my water?

You can share your raw water report, TDS, or problem description. Our technical team will recommend the correct chemical, membrane, filter media, or system.

Please connect with us from Contact Us.

Can I speak to someone before placing an order?

Yes, you can contact us directly via phone, email, or WhatsApp for product guidance or bulk pricing.

आपकी कार्ट खाली है

आपका कार्ट

अनुमानित कुल

Ion Exchange INDION® FFIP | Type I Strong Base Anion Exchange Resin