Resins

Cation Exchange Resins

Used to remove positively charged ions (like calcium, magnesium, sodium, iron) from liquids.

Softening Resins: Remove hardness (Ca²⁺, Mg²⁺ ions) for scale prevention
Demineralization Resins :Strip all cations for ultrapure water
Specialty Grades: Used in high-purity processes like pharmaceutical, or metal recovery
Colour-Change Resins: Indicate exhaustion during use via visible colour shift
Food-Grade & Potable Water Resins: Conform to safety standards for safe human use
Catalyst Resins: Enable organic reactions like esterification or alkylation
Chelating Resins: Selectively bind heavy metals, useful in wastewater and chemical extraction

Used to remove negatively charged ions (like chloride, sulfate, nitrate, arsenate) from water or process streams.

Demineralization Resins: Remove all anions for clean water
Mixed Bed Applications : Paired with cation resins for high-purity water production
Colour Removal Resins: Eliminate organics and pigments from food, sugar syrups, or effluents
Nitrate, Fluoride, Arsenic Removal Resins: Selectively target specific contaminants
Catalyst Resins: Used in chemical processes like aldol reactions
Pharmaceutical Grade Resins: For drug release, taste masking, and active ingredient stabilization
Chelating Resins: Selectively bind heavy metals, useful in wastewater and chemical extraction

Combinations of cation and anion resins for high-quality water purification.

Used in electronics, pharma, and power plants
Provide ultrapure water through complete ion removal
Some variants feature color indicators for exhaustion tracking
Include non-regenerable types for one-time applications
Ensure low conductivity output often reaching resistivity levels of 18.2 MΩ·cm
Help maintain system integrity by preventing ionic contamination in critical processes
Compatible with a wide range of deionized water systems including lab and industrial setups

Tailored for specific industrial, environmental, or pharmaceutical needs.