Asha Ion Resin

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MOQ : 100 Kilograms

Asha Ion Resin Specification

Features
High Exchange Capacity, Excellent Physical & Chemical Stability

Theory
Ion-Exchange Resin Principle

Working Temperature
Upto 60C

Material
Polystyrene Divinylbenzene Copolymer

Structure
Bead Form, Spherical

Standard
IS: 7312 / Equivalent International Standards

Usage
Water Softening, Deionization, Demineralization

Application
Water Treatment, Industrial Use

Particle Size
0.3-1.25 mm

Shelf Life
24 Months (Sealed)

Type
Cation and Anion Exchange Resin

Total Exchange Capacity
Minimum 1.9 meq/ml (for Cation Resin)

Crosslinkage
6-8%

Appearance
Golden Yellow / Amber Beads

Moisture Content
45-50% (as shipped)

Ionic Form
Na+, H+, Cl-, OH-

Asha Ion Resin Trade Information

Minimum Order Quantity
100 Kilograms

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Kilograms Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Asha Ion Resin

Ending Soon: Discover the eminent Asha Ion Resin, a top-drawer solution for industrial water treatment. Engineered as both cation and anion exchange resin, these superior golden yellow/amber beads (0.3-1.25 mm) guarantee high exchange capacity (min. 1.9 meq/ml for cation resin) with excellent moisture retention (45-50%). Built from polystyrene divinylbenzene copolymer, this resin works up to 60C, assuring excellent stability and longevity (24 months sealed). Try now and avail a limited-time discount. Supplied by leading distributors, suppliers, and traders across India, conforming to IS: 7312 and equivalent international standards.

Versatile Features and Application Surfaces

Asha Ion Resin features outstanding chemical and physical stability, making it ideal for demanding environments. Its spherical bead structure allows for uniform application in water softening, deionization, and demineralization. The resin is suitable for a variety of surfaces, including industrial water treatment plants and commercial filtration systems. Its high exchange capacity ensures reliable and efficient operation across multiple application areas, supporting consistent results in even the most challenging industrial processes.

Quick Dispatch and Reliable Export Markets

Asha Ion Resin is ready for export through prominent Indian FOB ports, guaranteeing fast and secure shipping. With a broad export market spread across Asia, the Middle East, and Africa, your orders can be quickly dispatched and delivered with confidence. Samples are available for testing prior to bulk purchases, ensuring product satisfaction. Our efficient logistics network supports timely delivery to your location, enhancing trust and reliability in your supply chain.

FAQ's of Asha Ion Resin:

Q: How is Asha Ion Resin used in water treatment applications?

A: Asha Ion Resin is commonly applied for water softening, deionization, and demineralization processes in industrial and commercial systems. Its high exchange capacity and stable bead structure enable it to efficiently remove unwanted ions from water.

Q: What are the main benefits of using Asha Ion Resin for industrial purposes?

A: Asha Ion Resin offers superior physical and chemical stability, a long shelf life of 24 months (sealed), high exchange capacity, and compliance with IS: 7312 and international standards, making it highly effective and dependable for industrial water treatment.

Q: Where can Asha Ion Resin be applied?

A: This resin is suitable for use in water treatment plants, industrial filtration systems, commercial water softeners, and demineralization units, offering versatility across a variety of sectors.

Q: What is the process for ordering and receiving Asha Ion Resin samples?

A: Samples can be requested directly from the supplier or distributor. Once requested, samples are quickly dispatched and delivered to your location for evaluation prior to placing a bulk order.

Q: When should Asha Ion Resin be replaced in water treatment systems?

A: Replacement is generally recommended when there's a noticeable drop in resin performance, such as reduced ion exchange efficiency. Regular monitoring and testing will help determine optimal replacement intervals.

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