Focused on the research and development and production of resin materials and resin end products - Hebei Lijiang
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AboutHebei Lijiang Biotechnology Co., Ltd. is a new material manufacturer specializing in the production of functional special ion exchange resins and disposable blood perfusion devices. It is a modern high-tech enterprise integrating the research and development, production, sales, and service of resin materials and resin end products. The company was established in April 2014 with a registered capital of 52 million yuan. It plans to cover an area of 267 acres and is located in the High-tech Industrial Park of Weixian County, Hebei Province—New Material Demonstration Park. The total investment is 510 million yuan. It is a council member unit of the Ion Exchange Resin Branch of the China Membrane Industry Association.
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Product
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BlogsThe company will focus on the high-end market, with the purpose of serving society, solidly carrying out technological innovation and product promotion, continuously improving the development and expansion of ion exchange resin products in emerging application fields, thereby promoting the upgrading and development of related industries.
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Company AlbumThe current phase of construction has been fully completed and put into operation, featuring a comprehensive workshop with 42 production lines for functional ion exchange resins with an annual output of 16,800 tons and a production capacity of 30,000 tons, a wastewater treatment plant with an annual treatment capacity of 403,000 tons, and a workshop producing 5,000 tons of medical-grade magnesium sulfate annually. Trial production began in July 2016, with official production starting in January 2017.
Chelating Resin
Release Time:
2014-09-25
Chelating resins are a class of cross-linked functional polymer materials that can form multi-coordinated complexes with metal ions. The mechanism by which chelating resins adsorb metal ions involves coordination reactions between functional atoms on the resin and metal ions, forming stable structures similar to small molecule chelates. In contrast, ion exchange resins adsorb metal ions through electrostatic interactions. Therefore, compared to ion exchange resins, chelating resins have stronger binding forces and higher selectivity for metal ions, and can be widely used in the recovery and separation of various metal ions, amino acid resolution, hydrometallurgy, and pollution control.
Component Structure
Chelating resins are polymer compounds that can selectively chelate specific metal ions from solutions containing metal ions through ionic or coordination bonds. These resins use cross-linked polymers (such as polystyrene/divinylbenzene resins) as the backbone, connected with special functional groups. They belong to functional polymers.
Chelating resins are generally prepared through polymer chemistry reactions, or by polymerizing or copolymerizing monomers containing coordination groups to form resins with coordination groups in the polymer main chain or side chains.
Application Fields
Chelating resins have wide applications in hydrometallurgy, analytical chemistry, marine chemistry, pharmaceuticals, environmental protection, geochemistry, radiochemistry, and catalysis. Besides serving as metal ion chelating agents, they can also act as catalysts for oxidation, reduction, hydrolysis, olefin addition polymerization, oxidative coupling polymerization, and be used for the resolution of amino acids and peptides into racemates. When chelating resins form complexes with metal ions, their mechanical, thermal, optical, and electromagnetic properties change. Utilizing these properties, polymer chelates can be made into high-temperature resistant materials, photosensitive polymers, UV stabilizers, antistatic agents, conductive materials, adhesives, and surfactants. Chelating resins are a class of cross-linked functional polymer materials that can form multi-coordinated complexes with metal ions. Compared to ion exchange resins, chelating resins have stronger binding forces and higher selectivity for metal ions, and can be widely used in the recovery and separation of various metal ions, amino acid resolution, hydrometallurgy, and pollution control.
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