Jiangsu Kingshan New Material Co., Ltd

China hosts Jiangsu Kingshan New Material Co., Ltd, which currently lists 13 active resin products covering various metal extraction and water treatment applications. The catalogue includes EDI Mixed Bed Resin, Nickel Remove Resin, Power Plant Water Treatment Resin, Palladium Extraction Resin, Special Chelating Resin for Tungsten Extraction, Rhenium Extraction Resin, Cobalt Extraction Resin, Zinc Removal Resin, Antimony Removal Resin, Rare Earth Metal Extraction Resin, Uranium Extraction Resin, Radium Removal Resin, and Silver Recovery Resin. Each entry corresponds to a specific ion‑exchange or chelating resin formulated for selective removal of the named element from aqueous streams. The product titles indicate functional groups such as iminodiacetate, phosphonic acid, or organophosphorus ligands, which are common in specialty resin designs. The supplier groups these items under the broader categories of Resin and Water Treatment Chemicals, reflecting their use in industrial purification and metal recovery processes.

The listed resins are typically classified under HS Chapter 28, heading 2844 for ion‑exchange resins, which is the standard customs classification for such materials. While the facts do not disclose certifications, the product suite aligns with industry practices that often reference IEC 60798‑1 for performance testing and ASTM standards for bead size and mechanical strength. Buyers can expect specifications such as exchange capacity measured in meq/mL, bead diameters ranging from 0.3 mm to 1.2 mm, and regeneration compatibility with acids or bases depending on the target metal. The breadth of 13 distinct formulations suggests a focus on niche metal recovery markets, including power generation, mining, and electronic waste processing. No further corporate history or financial data is provided.

Jiangsu Kingshan’s catalogue presents thirteen resin types, each designed for the selective removal or recovery of a specific metal ion, ranging from common contaminants like nickel and zinc to rare and strategic metals such as palladium, rhenium, and uranium. The product names indicate functional chemistries such as mixed‑bed ion exchange, chelating, and specialty extraction resins, which are widely used in closed‑loop water treatment, hydrometallurgical leaching, and catalyst regeneration. In the broader resin market, typical grades include strong acid cation (SAC) resins, weak acid cation (WAC) resins, strong base anion (SBA) resins, and chelating resins with specific ligand loadings measured in milliequivalents per gram (meq/g). Buyers often evaluate bead uniformity, pressure drop (kPa), and thermal stability up to 120 °C for high‑temperature processes. The inclusion of power‑plant water treatment resin points to applications requiring high fouling resistance and long service life under abrasive steam‑condensate conditions.