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D001 Macroporous Deionized Resin Strongly Acidic Ion Exchange Resin
| MOQ: | 50 Liter |
| Price: | US $1.02-2.46 / Liter |
| Standard Packaging: | 25 liter plastic bags packed on wooden pallets |
| Delivery Period: | 15-30 work days |
Macroporous Deionized Resin
,Strongly Acidic Ion Exchange Resin
,Macroporous Acidic Ion Exchange Resin
| Project | D001FC | D001MB | D001SC | D001TR |
| Moisture Content% | 45-55 | |||
| Total Switching Capacity mmol/g (Dry) | ≥4.35 | |||
| Wet Visual Density g/mL | 0.75-0.85 | |||
| Wet True Density g/mL | 1.23–1.28 | |||
| Particle Size% | (0.45-1.25mm) ≥95 | (0.50-1.25mm) ≥95 | (0.63-1.25mm) ≥95 | (0.71-1.25mm) ≥95 |
| Effective Particle Size mm | ≥0.500 | 0.550-0.900 | ≥0.630 | / |
| Coefficient of Uniformity | ≤1.6 | ≤1.4 | ≤1.4 | / |
| Post-grinding Roundness Rate % | ≥90 | ≥90 | ≥90 | ≥90 |
This macroporous strong acid cation exchange resin delivers performance that is fully comparable to the classic 001 × 7 strong acid cation exchange resin, while possessing more outstanding comprehensive performance advantages. It takes a highly cross-linked polymer as its sturdy base skeleton, with stable sulfonic acid functional groups as the core exchange active site, and features a uniform macroporous pore structure throughout the resin matrix.
The product excels in superior physical and chemical stability, remarkable resistance to permeation stress, excellent wear resistance and anti-oxidation properties, which are far beyond the level of conventional gel-type cation exchange resins. Its unique macroporous structure endows it with the ability to efficiently conduct ion exchange and adsorption for larger volume ions and organic molecules, and it can operate stably in non-aqueous media systems. With reliable exchange performance and long service life, it adapts to diverse complex industrial application environments, and is a high-performance cation exchange medium suitable for multiple sophisticated industrial processes.
It is widely used in industrial and civil hard water softening systems and pure water preparation projects, acting as a core treatment medium for removing hardness ions such as calcium and magnesium in water. Compared with traditional 001 × 7 resin, it has stronger structural stability, less swelling and shrinkage deformation during the regeneration cycle, and can adapt to high-flow water treatment operating conditions. It efficiently reduces water hardness, prevents scaling of water equipment and pipelines, ensures stable effluent quality, and is applicable to boiler feed water, drinking water purification, industrial pure water preparation and other scenarios, meeting long-term continuous operation requirements of water treatment systems.
Applied to the extraction and separation process of biochemical products, relying on its excellent selective adsorption performance and stable structural inertia, it can accurately separate target active ingredients from biochemical feed liquid without damaging biological active substances. Its macroporous structure allows large molecular weight biochemical molecules to fully contact with exchange sites, realizing efficient separation and purification of target products, removing impurity ions and heterologous components, and improving the purity and yield of biochemical products. It is suitable for the extraction and refining of various biological preparations and natural active substances, adapting to the strict process requirements of the biochemical industry.
In the field of hydrometallurgy, it is specially used for the separation, enrichment and recovery of rare metal ions. Aiming at the characteristics of low concentration and complex coexisting ions of rare metals in leachate, its macroporous structure and strong acid exchange performance realize targeted adsorption and separation of specific rare metal ions, effectively overcoming the interference of impurity ions. It has good desorption and regeneration performance, can realize cyclic utilization, improve the recovery rate and product purity of rare metals, and provide reliable technical support for the efficient utilization of rare metal resources.
It is a key separation medium in the pharmaceutical industry, especially for the extraction and purification of antibiotic products. In the fermentation broth of antibiotic production, it can efficiently adsorb and separate antibiotic active ingredients, remove inorganic ions, residual impurities and macromolecular pollutants in the feed liquid, avoid the degradation of active ingredients, and ensure the safety and efficacy of pharmaceutical products. With excellent chemical stability and anti-pollution ability, it meets the high-standard purification requirements of the pharmaceutical industry, and is widely used in the refining process of various antibiotic preparations.
Applied to the refining and purification links of the sugar industry and monosodium glutamate manufacturing industry, it can effectively adsorb and remove impurity ions, pigment components and heterologous organic matters in syrup, fermentation broth and other feed liquid. It optimizes the clarification effect of material liquid, improves the purity and quality of sugar and monosodium glutamate products, reduces the loss of effective ingredients in the production process, and complies with food-grade production safety standards. Its wear-resistant and stable performance adapts to the continuous production rhythm of food fermentation enterprises, reducing the frequency of resin replacement and equipment maintenance.
It can be used as a solid acid catalyst and efficient dehydrating agent in industrial production, giving play to the dual advantages of its macroporous structure and strong acid exchange performance. In organic synthesis reactions, it provides stable catalytic activity, promotes the efficient progress of chemical reactions, and is easy to separate and recycle after the reaction. At the same time, it can adsorb and remove trace moisture in non-aqueous solvents and raw materials, playing a role in material dehydration and drying. Its excellent oxidation resistance and permeation stress resistance make it suitable for catalytic and dehydration processes in non-aqueous media, reducing production costs and improving process efficiency for chemical synthesis and material processing industries.
We mainly produce ion exchange resins, macroporous adsorption resins, chelating resins, food grade resins, nuclear-grade uniform particle resins, life science chromatography media and supporting system equipment.
We have more than 100 models, over 30 series of adsorption and separation materials.
Our annual capacity is 255,000 metric tons.
Yes. Our nuclear-grade and uniform-particle resins meet or exceed the performance of imported products.
We hold ISO9001, ISO14001, ISO45001, FDA, CE, WQA Gold Seal, Kosher, REACH, EAC and other international certifications.
High exchange capacity, uniform particle size, good mechanical strength, strong anti-fouling ability, high regeneration efficiency and long service life.
Metal resources (lithium extraction), life sciences, water treatment & ultrapure water, food processing, environmental protection, chemical catalysis.
Our weak base anion resin is specially used for syrup decolorization, deashing and acid removal.
Yes. Our anion exchange resins and chelating resins effectively remove heavy metal anions, thereby ensuring compliance with discharge standards and enabling resource recovery.
Yes. We supply uniform particle polishing resins and nuclear-grade resins for high-purity water systems.
Yes. We have delivered 12 salt lake lithium extraction projects with total capacity nearly 100,000 tons LCE.
Under normal conditions, the service life is 3–5 years.
Yes. Our resins feature high regeneration efficiency, low chemical consumption and low operation cost.
Yes. We provide on-site installation, commissioning, regeneration guidance and troubleshooting.
Yes. We offer free operation, maintenance and safety training for customers.
Uniform particle design ensures low pressure drop, fast exchange speed and stable running.
Yes. We customize particle size, functional groups, crosslinking degree according to your water quality and process.
Yes. We provide full solutions: resin selection + system equipment + commissioning + after-sales.
We have subsidiaries in Europe, the US and South America, supporting fast worldwide delivery.
Free selection and process design based on your water quality report and treatment target.
Yes. We support trial orders and small-batch supply for testing and verification.
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