news about special resins
-
D-301 ion Exchange Resin: A Comprehensive Guide to Properties and Industrial Applications
D-301 macroporous weakly alkaline anion exchange resin is a high-performance ion exchange material renowned for its exceptional adsorption capacity, mechanical durability, and versatility in industrial processes. As a styrene-divinylbenzene copolymer with tertiary amine functional groups, this resin stands out for its macroporous structure, which enhances kinetics and resistance to organic fouling compared to traditional gel-type resins. […]
-
HA-1 Macroporous Adsorption Resin: An Optimal Sorbent for Phenolic Compound Recovery from Industrial Wastewater
HA-1 macroporous adsorption resin is a high-performance polymeric adsorbent renowned for its exceptional efficiency in industrial wastewater treatment and phenolic compound recycling. As a non-polar spherical polymer, it combines a large specific surface area with precisely engineered pore structures, making it a preferred choice for removing and recovering phenolic compounds from complex aqueous streams. Unique Properties […]
-
Chelating Resin HA-30 for Efficient Rhenium Recycling in Waste Liquid Treatment
Chelating resin HA-30 plays a pivotal role in modern industrial processes, particularly in the treatment of acidic waste liquid and Recycling rhenium—a rare and valuable metal critical to aerospace and energy sectors. Unique Properties of Chelating Resin HA-30 for Recycling Rhenium Resin HA-30 is engineered as a macroporous weak-base anion exchange resin with mixed amino functional groups, designed to selectively […]
-
Characteristics and prospective applications of ion exchange resin D001
Macroporous Strong Acid Styrene Cation Exchange Resin D001 is a high-performance ion exchange material renowned for its robust structure, exceptional adsorption capacity, and versatility across industrial processes，its tailored structural and chemical attributes, engineered for various industrial environments such as water treatment, pharmaceuticals, chemicals, food, sugar production, and environmental protection. Chemical and Physical properties • Matrix Composition: Crosslinked […]
-
Ion Exchange Resin 001×8: Unique Properties and Industrial Applications
Ion exchange resin technology has revolutionized water treatment and purification processes across industries, and 001×8 stands out as a versatile and high-performance variant. This gel-type strong acid cation exchange resin, characterized by its sulfonated polystyrene-divinylbenzene (DVB) matrix, offers exceptional ion exchange capacity, chemical stability, and adaptability to extreme conditions. In this article, we explore the unique […]
-
HA-90G Macroporous Decolorization Resin: High-Efficiency Food-Grade Solution
HA-90G Macroporous Decolorization Resin is a high-performance decolorization material specifically designed for the food industry. Synthesized through a specialized polymerization process, it exhibits exceptional pigment adsorption capacity and stability. Its unique surface polarity and pore structure design deliver outstanding performance in sugar liquid, soy sauce, and other food processing applications. Efficient Decolorization & Selective Adsorption Through […]
-
Chelating Resin: An Efficient Solution for Industrial Wastewater Treatment and Heavy Metal Recovery
Against the backdrop of increasingly stringent global environmental policies and growing demand for resource recycling, chelating resin—a functional polymer material capable of forming stable chelates with metal ions—has become a core technical support in industrial wastewater purification, precious metal recovery, and high-purity water preparation. According to QY Research’s 2025 industry report, the global market size for […]
-
How Ion Exchange Resin is Revolutionizing Water Treatment and Pharmaceutical Industries in 2025?
Ion Exchange Resin is a polymeric material with ion exchange functionality, consisting of an insoluble three-dimensional network skeleton and active groups attached to the skeleton. These active groups can dissociate ions in water, thereby exchanging with other like ions in the solution. As an efficient separation and purification technology, ion exchange resin has become an indispensable key material […]
-
Application methods of macroporous adsorption resins
1.Resin Pretreatment Alkali Treatment: Pass 4% sodium hydroxide solution through the column at 1–1.5 BV/h for 4 BV. Rinse: Rinse with 4 BV of deionized water forward through the column until effluent pH is 8–9. Acid Treatment: Pass 3% hydrochloric acid solution through the column at 1–1.5 BV/h for 2 BV. Final Rinse: Rinse with […]
