Application
Adsorption And Separation Resin for Drug Purification
Ion exchange resins and polymer adsorbents are mainly used for the purification and adsorption of various drugs.
Application
Henan Comcess ion exchange resin manufacturer is developing a range of separate adsorption resin for drug purification for the biopharmaceutical and drug purification markets. Comcess has been manufacturing and selling in the drug adsorption market for over 20 years. Our resins are used as active pharmaceutical ingredients or excipients in pharmaceutical formulations. The production of all resins must adhere to strict guidelines.
In addition to applications as active pharmaceutical ingredients and excipients, ion exchange resins and polymeric adsorbents can be used in a variety of pharmaceutical applications, including extraction and purification of enzymes, hormones, alkaloids, viruses,antibiotics,and processing of fermentation products. Ion exchange copolymer beads are also used for nanoparticle milling of pharmaceutical products.
Application:
• Antibiotics
• Hormones
• Vaccines
• Nucleic acids and peptides
• Vitamins
In addition to applications as active pharmaceutical ingredients and excipients, ion exchange resins and polymeric adsorbents can be used in a variety of pharmaceutical applications, including extraction and purification of enzymes, hormones, alkaloids, viruses,antibiotics,and processing of fermentation products. Ion exchange copolymer beads are also used for nanoparticle milling of pharmaceutical products.
Application:
• Antibiotics
• Hormones
• Vaccines
• Nucleic acids and peptides
• Vitamins
Related Products
-
Chelating Resin for Precious Metals RecoveryAppearance: Milky to light yellow opacity spherical beadsIonic form:Na+Volume complete exchange capacity(mmol/ml)：≥2.0 -
Anion Exchange Resin Gold Extraction ResinAppearance:Milky white opaque spherical particleIon form:Cl-Volume complete exchange capacity(eql/L):≥1.35 -
201×7 Anion Exchange ResinAppearance: Light yellow to gold yellow transparency sphericity particles.The degree of crosslinking : 7%.Ionic form:Cl-
