Index
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Név
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Specifikáció
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Megjelenés
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Halványsárga, átlátszó, gömb alakú gyöngyök
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|
Polimer
|
Sztirol-DVB-kopolimer, gél típusú
|
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Funkcionális csoport
|
-ÍGY3H
|
|
Ionos forma
|
Hogy+
|
|
Súlycsere-kapacitás
|
≥4,5 mmol/g
|
|
Mennyiségi csere kapacitás
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≥1,9 mmol/ml
|
|
Valódi sűrűség (g/ml)
|
1,25~1,29 g/ml
|
|
Térfogatsűrűség (g/ml)
|
0,77~0,87 g/ml
|
|
Vízvisszatartó képesség
|
45%~50%
|
|
Részecskeméret-tartomány
|
0,315~1,25 mm≥95
|
|
Egyenletességi együttható
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≤1,6
|
|
Teljes gyöngyök száma (%)
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≥95%
|
Referencia működési feltételek
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Maximális üzemi hőmérséklet
|
120 ℃
|
|
Gyantatöltési magasság
|
1~3 méter
|
|
Üzemi sebesség
|
2~10 BV/óra
|
|
Visszamosási sebesség
|
4~10 BV/óra
|
|
Regenerációs (deszorpciós) sebesség
|
1~2BV/óra
|
|
Regeneráló szer
|
2BV3~5% HCI, 2BV2~4% NaOH
|
Alkalmazás
Vízlágyítás
Tiszta víz előkészítése
Nedves kohászat
Ritka elemek szétválasztása
Óvintézkedések
A gyantát nedves állapotban kell tárolni. A legjobb hőmérséklet 0 ℃ felett van. A gyantát zárt térben kell tárolni, vagy 5%-os vagy annál magasabb sótartalmú vizet kell hozzáadni, ha hosszabb ideig nem használják. Szállítás közben fagyállónak kell lennie. Ne helyezzen nehéz tárgyakat a gyantára, mert ütközhet.
A feldolgozáshoz általában lúg-víz-sav-víz áramlási útvonal szükséges. A szigorú követelmény három keringtetést igényel a végső ionkenel elérése előtt.
Különböző transzformációs expanziós sebességeket kell figyelembe venni, hogy elegendő helyet hagyjunk a gyanta túlcsordulásának megakadályozására és a megfelelő folyadékszint magasságának biztosítására; Az oszlop átmérőjének arányának ésszerű tartományon belül kell lennie, és el kell kerülni az előfeszítő áramot; Nedvesen töltött oszlopot vagy visszaöblítést kell használni a gyantaréteg belsejében lévő buborékok eltávolítására.
Mielőtt a folyadék a gyantaoszlopba kerülne, olyan lépéseket kell végrehajtani, mint a flokkuláció, szűrés vagy homokszűrés, hogy a szuszpendált szilárd anyagok ne tömítsék el a gyanta pórusait.
Az oszlopban lévő, hosszú ideig nem használt gyantát mosás után az oszlopon kívül kell tárolni, vagy sós vizet kell hozzáadni a sóálló közeghez, miközben a folyadékszintet nem szabad kiszáradni a szokásos visszamosással, hogy a gyanta fellazuljon agglomeráció esetén.
Reliable Performance and Superior Polishing with Strong Acid Cation Exchange Resin 001x7.5
Hebei Lijiang Biotechnology Co., Ltd.’s Strong Acid Cation Exchange Resin 001x7.5 delivers outstanding chemical stability, high cation exchange capacity, and efficient regeneration, making it an ideal solution for water treatment, industrial purification, and mixed-bed systems. As a highly effective polishing resin, it works seamlessly with MB 151 resin to polish for resin, removing residual ions and trace metals to produce ultra-pure water for sensitive processes in pharmaceutical, food, and electronics industries. Certified under ISO9001, SGS, WQA, and FDA standards for food-grade applications, 001x7.5 ensures consistent performance, long operational life, and reduced operational costs. Its durability, reliability, and efficiency make it one of the best polish for resin solutions available, providing sustainable and cost-effective purification for modern industrial and high-purity water applications.
1. Applications and Benefits of Strong Acid Cation Exchange Resin 001x7.5 in Water Treatment
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2. Enhancing Industrial Processes with High-Performance 001x7.5 Cation Exchange Resin
A Strong Acid Cation Exchange Resin 001x7.5 from Hebei Lijiang Biotechnology Co., Ltd. is engineered to deliver high efficiency, durability, and reliability across a wide spectrum of industrial applications. Its macroporous polystyrene structure provides exceptional mechanical strength and chemical resistance, allowing the resin to maintain stable cation exchange capacity under extreme conditions, including high temperatures and strong acid exposure. 001x7.5 is widely used in industrial water softening, demineralization, and ultra-pure water production, particularly as a polishing resin in final purification stages. When combined with MB 151 resin in mixed-bed systems, it can effectively polish for resin, removing residual ions and trace metals that could impact sensitive processes such as pharmaceutical production, electronics manufacturing, and food and beverage processing. Hebei Lijiang Biotechnology, a modern high-tech enterprise, ensures that all 001x7.5 products meet stringent international standards, including ISO9001, SGS, and WQA certifications, with food-grade resins complying with FDA regulations. This guarantees that each resin batch delivers consistent performance, long service life, and operational safety. The 001x7.5 resin’s high regeneration efficiency reduces chemical consumption and downtime, further enhancing cost-effectiveness. Its ability to provide ultra-pure water while maintaining durability under harsh industrial conditions makes it one of the best polish for resin options on the market. By integrating 001x7.5 into industrial workflows, operators can improve process efficiency, maintain high product quality, and achieve sustainable operations, solidifying its role as a key component in modern water treatment and industrial purification systems.
3. Chemical Stability and Regeneration Efficiency of Strong Acid Cation Exchange Resin 001x7.5
A Strong Acid Cation Exchange Resin 001x7.5, manufactured by Hebei Lijiang Biotechnology Co., Ltd., is renowned for its outstanding chemical stability, high mechanical strength, and efficient regeneration performance, making it a critical component in both water treatment and industrial purification applications. Its macroporous structure allows the resin to withstand repeated exposure to strong acids and high-temperature environments without losing cation exchange capacity, ensuring long-term reliability. 001x7.5 is widely applied as a polishing resin, where it works with MB 151 resin in mixed-bed systems to polish for resin, effectively removing residual hardness ions and trace metals to produce ultra-pure water required in pharmaceutical, food, and electronic manufacturing. The resin’s excellent regeneration performance ensures minimal downtime, lower chemical consumption, and reduced operational costs, making it a sustainable and cost-effective solution. Hebei Lijiang Biotechnology maintains strict quality management standards, with all products certified under ISO9001, SGS, WQA, and FDA compliance for food-grade applications, guaranteeing both performance and safety. The combination of high durability, efficient ion exchange, and regeneration capabilities makes 001x7.5 one of the best polish for resin solutions for industries that demand consistent water purity and operational efficiency. By integrating this resin into water treatment and industrial processes, enterprises benefit from improved process reliability, enhanced equipment protection, and sustainable operational practices, making the 001x7.5 resin an indispensable tool for achieving high-quality water and process outcomes in modern industrial and high-purity applications.
The Strong Acid Cation Exchange Resin 001x7.5 from Hebei Lijiang Biotechnology Co., Ltd. combines exceptional chemical stability, high cation exchange capacity, and efficient regeneration, making it a dependable choice for advanced water treatment and industrial purification applications. Serving as a highly effective polishing resin, it can work alongside MB 151 resin to polish for resin, removing residual ions and trace metals to ensure ultra-pure water quality. With international certifications including ISO9001, SGS, WQA, and FDA compliance for food-grade use, 001x7.5 guarantees consistent performance, long service life, and reduced operational costs. Its durability, reliability, and superior polishing efficiency make it one of the best polish for resin solutions, providing sustainable, cost-effective, and high-quality outcomes for industries requiring stringent water and process purification standards.
