Makroporózus adszorpciós gyanta AD300

Index

 Referencia működési feltételek

• 1) Adszorpció:
  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

• Főként szerves szennyvíz kezelésére, a legtöbb szerves vegyület eltávolítására vagy kinyerésére használják.
• Lé tisztítása, sav elszíntelenítése, keserű íz eltávolítása.
• Antibiotikumok, vitaminok, aminosavak, szteroidok, enzimek stb. szétválasztása és tisztítása.
• Nem poláris anyagok elválasztása, kinyerése poláris oldószerből, például fenolból.
• Flavonoidok adszorpciója és elválasztása.

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.

Comprehensive Purification and Separation with Macroporous Adsorption Resin AD-300

In today’s industrial and laboratory environments, achieving efficient purification and reliable separation of organic compounds is critical for maintaining product quality, process efficiency, and regulatory compliance. Macroporous Adsorption Resin AD-300 offers a high-performance solution, combining a macroporous structure with high surface area and excellent chemical stability. This design enables rapid adsorption and effective removal of pigments, phenolic compounds, and other organic contaminants from liquids across diverse applications.

Hebei Lijiang Biotechnology Co., Ltd., a leading high-tech manufacturer of special resins, provides AD-300 alongside comprehensive technical support, ensuring consistent performance in cation exchange water treatment, ion exchange deionization, and advanced chromatography systems. Its compatibility with chromatography column resin és chromatography resin beads, as well as its suitability for chromatography resin cleaning validation, allows industries to implement reliable and reproducible purification processes. By leveraging AD-300 and Lijiang’s expertise, organizations can achieve ultra-pure outputs, optimize operational efficiency, and maintain sustainable and high-quality production standards across food, pharmaceutical, environmental, and laboratory applications.

Efficient Organic Compound Removal with Macroporous Adsorption Resin AD-300

In modern industrial and laboratory processes, achieving high-purity separation and efficient removal of organic compounds is essential for ensuring product quality, process reliability, and regulatory compliance. Macroporous Adsorption Resin AD-300 has emerged as a high-performance solution for these applications, providing excellent adsorption capacity, rapid mass transfer, and remarkable chemical and mechanical stability. Its macroporous structure delivers a large surface area and high accessibility for solute molecules, enabling the efficient removal of pigments, phenolic compounds, and other organic contaminants from various liquids.

Hebei Lijiang Biotechnology Co., Ltd., a leading high-tech enterprise, manufactures advanced macroporous resins such as AD-300, supporting industrial and laboratory applications with comprehensive technical services. As a modern enterprise specializing in special resins, Lijiang integrates research and development, production, sales, and after-sales support. The company’s expertise ensures that each resin meets stringent international standards, including ISO9001, SGS, and WQA certifications. By leveraging AD-300 in cation exchange water treatment vagy ion exchange deionization systems, clients can achieve consistent water quality, high separation efficiency, and sustainable operation.

Key Performance Features of AD-300 Macroporous Adsorption Resin for Industrial Applications

AD-300 provides several performance advantages that make it suitable for demanding industrial and laboratory applications. Its macroporous network allows rapid diffusion of target molecules, high adsorption capacity, and predictable desorption behavior. Excellent mechanical and chemical stability ensures reliable performance under continuous operation and repeated regeneration cycles. These features are particularly important for large-scale industrial processes such as food and beverage decolorization, pharmaceutical intermediate purification, and environmental wastewater treatment.

In chromatography applications, AD-300 demonstrates compatibility with chromatography column resin systems and various chromatography resin beads used in preparative and analytical separations. Its high surface area and uniform pore distribution allow for efficient adsorption and desorption, enhancing separation resolution and process reproducibility. Additionally, the resin supports chromatography resin cleaning validation, ensuring consistent performance across repeated cycles and maintaining regulatory compliance in pharmaceutical and biotechnological operations.

AD-300’s versatility extends to ion exchange deionization systems, where it can be combined with cation and anion exchange resins for high-purity water production. By integrating AD-300 into these systems, operators achieve efficient removal of organic impurities, minimizing the risk of fouling and improving overall water quality. Its robust structure ensures long-term stability and efficient regeneration, making it a cost-effective solution for continuous industrial operation.

Industrial and Laboratory Applications of Macroporous Adsorption Resin AD-300

The applications of AD-300 span a wide range of industrial and laboratory settings. In the food and beverage industry, it is widely employed for decolorization, removal of phenolic compounds, and purification of natural extracts and sweeteners. In the pharmaceutical sector, AD-300 ensures the separation of active pharmaceutical ingredients from impurities, supporting both product safety and regulatory compliance. Environmental applications include the removal of organic pollutants from wastewater or process effluents, contributing to sustainability goals and adherence to local and international regulations.

In laboratory-scale chromatography and bioseparation, AD-300 provides high-performance solutions for analytical and preparative operations. Researchers and production chemists use it in conjunction with chromatography column resin or various chromatography resin beads to achieve precise separation, fractionation, and purification of bioactive compounds, proteins, and chemical intermediates. Its use in chromatography resin cleaning validation ensures reproducibility and high reliability across multiple cycles, a critical factor in pharmaceutical and biotechnological laboratories where strict standards must be met.

Hebei Lijiang Biotechnology Co., Ltd. further supports the implementation of AD-300 through system design guidance, resin handling best practices, and regeneration recommendations. By combining technical expertise with high-quality resin products, Lijiang enables clients to optimize performance in cation exchange water treatment, laboratory chromatography, and industrial purification systems, ensuring operational efficiency and sustainable process outcomes.

Conclusion

Macroporous Adsorption Resin AD-300 is a versatile, high-performance resin suitable for a wide range of industrial and laboratory applications. Its macroporous structure, high surface area, and chemical resilience enable efficient adsorption, rapid mass transfer, and reproducible desorption, making it ideal for removing organic compounds, pigments, and other contaminants. In conjunction with chromatography column resin, chromatography resin beads, and standardized chromatography resin cleaning validation, AD-300 enhances separation efficiency, resolution, and reproducibility in both preparative and analytical processes.

Supported by Hebei Lijiang Biotechnology Co., Ltd., a leading manufacturer of special resins, AD-300 provides reliable solutions for cation exchange water treatment, ion exchange deionization, and diverse purification operations. By leveraging Lijiang’s expertise and advanced resin technology, industries worldwide can achieve high-quality, reproducible, and sustainable purification and separation processes. From industrial-scale decolorization and water treatment to laboratory-scale chromatography and bioseparation, AD-300 forms the foundation for efficient, reliable, and cost-effective operations across multiple sectors.