Index
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Megjelenés
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Tejfehér, átlátszatlan, gömb alakú gyöngyök.
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A gyanta szerkezete
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PSt
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Polaritás
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nem poláris
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Nedvességtartalom %
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65%~75%
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Valódi sűrűség (g/ml)
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1,03~1,10 g/ml
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Térfogatsűrűség (g/ml)
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0,65~0,75 g/ml
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Fajlagos felület
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500~600m²/g
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Átlagos pórusméret
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29~30 nm
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Részecskeméret-tartomány
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0,3~1,25 mm≥90
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Porozitás
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50%~60%
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Adszorpció:
1) Rakodási magasság: ≤ 3M
Áramlási sebesség: 1~6 m3/h
Szerves szennyeződések koncentrációja: <1 (például ecetsav, aceton, metanol, benzol, hangyasav stb.)
pH=4~6
2) Deszorpció:
Deszorpciós oldat: 1~2% NaOH metanol vagy aceton
Használat: 2~4BV 2BV
Áramlási sebesség: ≤ 5 m3/h ≤ 5 m3/h
Hőmérséklet: 40~50 ℃
Alkalmazás
1) Antibiotikumok, kínai gyógynövénykivonatok extrakciója és szétválasztása,
2) Pasma elválasztása és tisztítása,
3) Álló fázisok előkészítése a nyomelemek előkoncentrálásához,
4) Szerves szennyvízkezelés.
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.
Advanced Purification and Separation with Macroporous Adsorption Resin X-5
In modern industrial and laboratory environments, the demand for efficient and reliable purification technologies has grown significantly. Makroporózus adszorpciós gyanta X-5 provides a high-performance solution for removing organic compounds, pigments, and other impurities from a wide variety of liquids. Its macroporous structure delivers a large surface area and rapid adsorption kinetics, enabling fast and efficient removal of contaminants while maintaining chemical stability and structural integrity. This makes X-5 ideal for applications in food and beverage processing, pharmaceutical production, environmental treatment, and laboratory-scale purification.
Hebei Lijiang Biotechnology Co., Ltd., a leading high-tech manufacturer specializing in adsorbent resins és special resins, ensures that X-5 meets stringent international standards and offers consistent performance across industrial and laboratory applications. By leveraging X-5 alongside complementary products such as Amberlite XAD 2, Amberlite XAD 4, and Amberlite XAD 16, Lijiang provides comprehensive solutions that optimize purification efficiency, enhance process reproducibility, and extend resin life. With expert guidance in resin selection, system design, and regeneration practices, clients can implement X-5 resin for sustainable, high-quality operations, from industrial-scale decolorization and wastewater treatment to precise laboratory separations.
The versatility and performance of X-5, combined with Lijiang’s technical expertise, establish a foundation for efficient, reproducible, and cost-effective purification processes across multiple sectors, ensuring operational excellence and regulatory compliance in today’s demanding production environments.
Optimizing Industrial Purification Processes with Macroporous Adsorption Resin X-5
In modern industrial and laboratory operations, the demand for highly efficient purification and separation processes has grown exponentially. Makroporózus adszorpciós gyanta X-5 has emerged as a reliable and high-performance solution for removing organic compounds, pigments, and other contaminants from liquids. Its unique macroporous structure provides a large surface area, rapid adsorption kinetics, and high chemical stability, making it ideal for food processing, pharmaceuticals, environmental treatment, and laboratory-scale purification.
Hebei Lijiang Biotechnology Co., Ltd., a leading high-tech enterprise, specializes in the research, development, production, and sale of advanced adsorbent resins. The company produces high-quality macroporous resins and supports diverse applications with technical guidance, system integration expertise, and after-sales service. By leveraging X-5 resin alongside well-established products such as Amberlite XAD 2, Amberlite XAD 4, and Amberlite XAD 16, Lijiang ensures optimal purification efficiency, reproducibility, and long-term stability for industrial and laboratory operations. This comprehensive approach allows clients to maintain high-quality output, reduce operational costs, and meet stringent regulatory standards.
Technical Advantages of X-5 Macroporous Adsorption Resin for High-Performance Separation
X-5 resin exhibits several technical advantages that make it highly suitable for demanding applications. Its macroporous structure allows fast diffusion of target molecules and excellent adsorption capacity, ensuring efficient removal of colorants, phenolic compounds, and other organic pollutants. The resin also demonstrates exceptional chemical and mechanical stability, providing reliable performance in continuous industrial processes and repeated regeneration cycles.
In addition to general adsorption, X-5 is compatible with other widely used adsorbent resins, including Amberlite XAD 2, Amberlite XAD 4, and Amberlite XAD 16, to achieve high selectivity and optimized separation efficiency. These resins are frequently used in conjunction with X-5 in food decolorization, flavor compound recovery, and pharmaceutical intermediate purification. By combining these macroporous resins, operators can design customized purification systems tailored to specific industrial requirements, maximizing product yield while minimizing chemical consumption and operational downtime.
Furthermore, X-5 resin’s structural stability and high surface area allow it to maintain consistent performance during regeneration and reuse, a critical consideration in large-scale continuous operations. This reliability ensures that processes remain cost-effective and sustainable, meeting modern industrial standards for efficiency and environmental responsibility.
Diverse Applications of Macroporous Adsorption Resin X-5 Across Industries and Laboratories
The versatility of X-5 resin enables its use across a wide range of industrial and laboratory applications. In the food and beverage industry, X-5 is employed for decolorization, removal of undesirable flavors, and purification of sweeteners and natural extracts. Its macroporous structure allows efficient adsorption of organic impurities, while its chemical stability ensures compatibility with various process conditions.
In pharmaceuticals, X-5 supports the purification of active pharmaceutical ingredients, helping to achieve high product purity and meet strict regulatory requirements. The resin is often used in combination with Amberlite XAD 2, Amberlite XAD 4, and Amberlite XAD 16 to enhance separation selectivity, improve process reproducibility, and facilitate downstream recovery.
Environmental and laboratory applications also benefit from X-5 resin’s performance. It is used in wastewater treatment to remove organic pollutants and in laboratory-scale chromatography for the separation of bioactive compounds and fine chemicals. The resin’s ability to be efficiently regenerated and reused aligns with sustainable practices and reduces long-term operational costs. In laboratory settings, X-5 provides precise and reproducible adsorption for analytical and preparative purposes, ensuring consistent results for research and pilot-scale experiments.
Hebei Lijiang Biotechnology Co., Ltd. supports clients in implementing X-5 resin through system design guidance, operational best practices, and regeneration protocols. This ensures that industrial and laboratory operators can maximize adsorption efficiency, extend resin lifetime, and achieve consistent product quality across a variety of applications. By integrating X-5 with other adsorbent resins például Amberlite XAD 2, Amberlite XAD 4, and Amberlite XAD 16, Lijiang enables highly customizable solutions for complex purification and separation challenges.
Conclusion
Makroporózus adszorpciós gyanta X-5 is a versatile, high-performance resin suitable for industrial, environmental, and laboratory purification and separation applications. Its macroporous structure, high surface area, and chemical stability enable rapid adsorption, high capacity, and reproducible desorption, making it ideal for the removal of organic compounds, pigments, and other contaminants. When combined with complementary resins such as Amberlite XAD 2, Amberlite XAD 4, and Amberlite XAD 16, X-5 enhances separation efficiency, selectivity, and process reproducibility across diverse applications.
Supported by Hebei Lijiang Biotechnology Co., Ltd., a leading manufacturer a adsorbent resins, X-5 provides reliable solutions for food, pharmaceutical, environmental, and laboratory purification processes. With technical expertise, high-quality resin products, and comprehensive operational guidance, Lijiang enables industries and laboratories to achieve high-performance, cost-effective, and sustainable purification outcomes. From industrial-scale decolorization and wastewater treatment to laboratory chromatography and fine chemical purification, X-5 forms the foundation for efficient, reproducible, and high-quality operations across multiple sectors.
