Chelating Resin

ACD-17C chelating resin removes fluoride ions to

ACD-100 chelating resin features amino carboxylic acid functional groups for selective metal ion removal. With particle size 0.315-1.25mm and specific surface area ≥1000㎡/g, it offers superior exchange capacity and faster rates than traditional resins. Ideal for industrial water treatment and metal recovery applications.

ACD-17C defluorination chelating resin effectively removes fluoride ions from industrial wastewater in mining, semiconductor, and electroplating applications. Features superior mechanical strength, extended lifespan, and precise fluoride removal to ≤0.5 mg/l. Ideal for hydrometallurgy and water purification systems requiring reliable ion exchange performance.

High-performance defluorination chelating resin for electroplating and photovoltaic wastewater treatment. Features 0.315-1.25mm particle size, 0.5 mg/l fluoride removal accuracy, and exceptional mechanical strength. Custom manufacturing available with comprehensive quality control and strategic port access for efficient shipping.

ACD-160 Ion Exchange Resin Product Overview ISO9001:2015 certified ion exchange resin that efficiently removes phosphorus in water treatment applications. Application Scenarios ACD-160, built on a styrene-divinylbenzene backbone with specialized functional groups, is a polymer adsorbent designed for water purification. Its unique groups selectively bind phosphoric acid and arsenate, creating stable complexes that effectively lower phosphorus and arsenic concentrations in

INDUSTRIAL GRADE Water Softening Chelating Resin ACD-600 - The Best Choice for Boron Ion Removal Product Information ACD-600 is synthesized by the advanced suspension polymerization method, with cross-linked polystyrene as the skeleton structure. Through a special pore-forming process, a macroporous network structure with three-dimensional penetration (pore diameter 50-200nm) is constructed. Polyhydroxyl functional groups were grafted onto the surface of the skeleton, and

ACD-200 Macroporous Chelating Resin: The Ideal Solution For Precious Metal Adsorption Product Information ACD-200 uses styrene-divinylbenzene copolymer as the framework, adopts advanced suspension polymerization process, and combines pore-forming agent technology to construct a stable macroporous network structure. Through subsequent chemical modification, high-density chelating groups (such as mercaptans, amino groups, etc.) are directionally introduced onto the framework to

ACD-200 thiourea resin offers 99.9% purity for superior Au, Ag, Pt, Pd extraction. With ISO9001 certification, it provides 30% higher recovery than activated carbon, withstands pH 1-12, and offers 20+ cycles for cost-effective, eco-friendly mining operations.

Thiourea Resin ACD-200: The Ultimate Choice for Precious Metal Extraction in Mining Industry Application Scenarios This product is specially designed for the efficient extraction of precious metals and is mainly applied in the mining field: Gold and silver extraction: Compatible with acidic/alkaline leaching solutions (such as cyanide solution, thiourea system), suitable for heap leaching, stirred leaching and other processes Recovery of rare and precious metals: Rare metals

ACD-200 thiourea resin efficiently recovers gold, palladium & platinum with 99.9% purity. ISO9001 certified macroporous polymer offers superior selectivity in mining extraction and environmental purification.

High-purity ACD-161 chelating resin removes arsenic to 0.1mg/L precision. ISO9001 certified industrial-grade beads offer reliable performance in mining, chemical, and environmental water treatment applications.

ACD 161 Chelating Resin removes arsenic to

ACD-160 ion exchange resin effectively removes phosphorus from water with 99.8% purity. ISO9001 certified industrial-grade resin offers stable performance across pH 2-7, with custom options and technical support available.

ACD-160 Ion Exchange Resin for Optimal Phosphorus Removal Application Scenarios With a styrene-divinylbenzene framework and special functional groups, ACD-160 is a polymer adsorbent specifically engineered for removing contaminants from water. The distinct functional groups selectively latch onto phosphoric acid and arsenate, forming stable complexes that effectively reduce phosphorus and arsenic levels in drinking water. Technical Specifications S/N Items Technical Indexes 1

ACD-160 Ion Exchange Resin The Ultimate Weapon for Achieving Effective Phosphorus Removal in Water Treatment Application Scenarios This product is widely applied in sewage treatment and ultra-pure water production. It efficiently removes phosphate ions (PO₄³⁻) from water to ensure water quality meets standards. In eutrophication control, it effectively adsorbs phosphate salts in lakes and rivers, inhibiting algae outbreaks. Technical Specifications S/N Items Technical Indexes

ACD-160 Ion Exchange Resin: Advanced Phosphorus Elimination for Water Treatment Application Scenarios ACD-160 is a high polymer adsorbent featuring a styrene-divinylbenzene framework with specialized functional groups. These unique functional groups selectively form stable small molecule complexes with phosphate ions in water, effectively removing phosphorus content from drinking water. The resin demonstrates excellent physical and chemical properties, making it suitable for

ACD-100 Amino Carboxylic Acid Chelating Resin High Selectivity for Metals Adsorption Product Overview Sphelite ACD-100 is a chelating resin based on styrene-diethylbenzene copolymer as skeleton with CH₂N(CH₂COOH)₂ functional group. This resin is widely used in hydrometallurgy, electroplating wastewater, mineral leaching liquid and other applications. It is specifically designed for efficient separation and purification of divalent metal ions (Cu²⁺, Pb²⁺, Fe²⁺, Cd²⁺, Ni²⁺, and

ACD-600 boron-removing chelating resin offers high selectivity for boron ions, macroporous structure for fast adsorption, and strong salt resistance. ISO9001 certified, suitable for drinking/industrial water with 5+ year lifespan. Free 1L sample available.

ACD-600 Chelating Resin Specializing in Boron Removal for Water Treatment Application Scenarios This product is specifically designed for the removal of boron ions in industries such as brine and boric acid, and is mainly applied in: Lithium extraction from salt lake brine: Deep removal of interfering boron impurities during the process of lithium resource extraction Seawater desalination: Treating boron pollution in high-salt seawater to meet drinking water standards

ISO9001-certified ACD-160 resin removes phosphorus & arsenic from water. Selective adsorption resists competing ions, offers 40-60mg/g capacity (2x traditional materials). Industrial grade, custom options available.