Індэкс
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Імя
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Спецыфікацыя
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Знешні выгляд
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Бледна-жоўтыя празрыстыя сферычныя пацеркі
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Палімер
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Стырол-DVB-сапалімер, гелевага тыпу
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Функцыянальная група
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-СО3H
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Іённая форма
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Гэта+
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Ёмістасць абмену вагой
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≥4,4 ммоль/г
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Аб'ём абменнай ёмістасці
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≥2,2 ммоль/мл
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Рэальная шчыльнасць (г/мл)
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1,25~1,29 г/мл
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Аб'ёмная шчыльнасць (г/мл)
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0,80~0,88 г/мл
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Здольнасць утрымліваць ваду
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38%~43%
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Дыяпазон памераў часціц
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0,315~1,25 мм≥95
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Каэфіцыент аднастайнасці
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≤1,6
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Колькасць усіх шарыкаў (%)
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≥95%
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Эталонныя ўмовы эксплуатацыі
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Максімальная рабочая тэмпература
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120℃
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Вышыня запаўнення смалой
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1~3 м
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Рабочая хуткасць
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2~10 БВ/г
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Хуткасць зваротнай прамыўкі
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4~10 БВ/г
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Хуткасць рэгенерацыі (дэсорбцыі)
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1~2 БВ/г
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Рэгенерацыйны агент
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2BV3~5%HCl, 2BV2~4%NaOH
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Прыкладанне
Ачыстка вады
Экстракцыя біяхімічных рэчываў
Меры засцярогі
Смалу трэба захоўваць у вільготным стане. Найлепшая тэмпература — вышэй за 0℃. Калі смалу не выкарыстоўваць працяглы час, яе трэба захоўваць у закрытай прасторы або дадаць у яе салёную ваду з канцэнтрацыяй салёнай вады 5% або вышэй. Падчас транспарціроўкі яе трэба выкарыстоўваць для апрацоўкі антыфрызам. Не стаўце цяжкія прадметы на смалу, каб пазбегнуць яе ўдару.
Звычайна для апрацоўкі патрабуецца паток вады шчолач-вада-кіслата-вада. Строгае патрабаванне патрабуе трох цыркуляцый перад тым, як патрапіць у канчатковую іённую кантэйнер.
Неабходна ўлічваць розную хуткасць пашырэння пры трансфармацыі, каб вылучыць дастаткова месца для прадухілення пераліву смалы і забеспячэння адпаведнай вышыні ўзроўню вадкасці; суадносіны дыяметраў калоны павінны быць у разумных межах і пазбягаць току зрушэння; выкарыстоўвайце калону з вільготнай насадкай або зваротную прамыўку для змывання бурбалак унутры пласта смалы.
Перад тым, як вадкасць паступіць у калону са смалой, неабходна правесці такія дзеянні, як флокуляцыя, фільтрацыя або пясчаная фільтрацыя, каб не дапусціць забівання пор смалы завіслымі цвёрдымі часціцамі.
Смалу ўнутры калоны, якая доўга не выкарыстоўвалася, пасля прамывання або дадання салёнай вады ў солеўстойлівае асяроддзе варта захоўваць па-за калонай, падтрымліваючы ўзровень вадкасці не абязводжванай з дапамогай звычайнай зваротнай прамыўкі для разрыхлення смалы ў выпадку агламерацыі.
Comprehensive Overview of Strong Acid Cation Exchange Resin 001x10: Efficiency, Stability, and Water Purification Applications
Strong Acid Cation Exchange Resin 001x10, produced by Hebei Lijiang Biotechnology Co., Ltd, is a high-performance mixed bed di resin engineered for advanced water treatment and industrial purification processes. It offers exceptional efficiency in removing hardness-causing cations and impurities, working seamlessly in mixed bed ion exchange resin systems to deliver ultra-pure water for pharmaceutical, food, electronics, and industrial applications. The resin’s robust chemical stability and long-term durability allow for repeated regeneration cycles without loss of performance, while its modular availability, such as mixed bed di resin 1 cubic foot units, ensures flexible application across both small-scale and large-scale operations.
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Optimizing Water Softening and Purification with Strong Acid Cation Exchange Resin 001x10
Strong Acid Cation Exchange Resin 001x10 is an advanced mixed bed di resin designed to deliver exceptional water purification performance across industrial and laboratory applications. Manufactured by Hebei Lijiang Biotechnology Co., Ltd, a high-tech enterprise specializing in high-performance special resins, this resin demonstrates remarkable efficiency in removing hardness-causing cations such as calcium and magnesium. When integrated with a mixed bed ion exchange resin system, 001x10 works synergistically with strong base anion resins to produce ultra-pure water that meets stringent industrial and food-grade standards.
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Performance, Regeneration, and Efficiency Insights of Resin 001x10 in Industrial Applications
Strong Acid Cation Exchange Resin 001x10 is engineered to enhance industrial water treatment efficiency through outstanding performance and simple regeneration. As a premium mixed bed di resin, it offers high ion exchange capacity, rapid kinetics, and excellent flow characteristics, ensuring reliable removal of hardness ions and other impurities. When paired with mixed bed ion exchange resin systems, 001x10 contributes to the production of ultra-pure water required for sensitive processes in pharmaceuticals, electronics, and chemical industries.
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This resin is highly effective in combination with mixed bed ion exchange resin setups, producing ultra-pure water suitable for industrial, pharmaceutical, and laboratory applications. It also complements deionization resin technologies for targeted removal of specific ions, enhancing overall water quality. For modular or small-scale systems, 001x10 is conveniently available in mixed bed di resin 1 cubic foot units, providing flexibility and ease of use.
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