If this is your company, CONTACT US to activate Packbase™ software to build your portal.

    Microencapsulation Technology

    Formulation Solution Custom Pharmaceutical Excipients Microencapsulation Technology Services Microencapsulation technology refers to the use of natural or synthetic polymeric compound materials to make capsule wall shells (films) in which drugs (synthetic, semi-synthetic, biological products) are encapsulated in a capsule membrane and released at a controlled rate only under specific conditions. This technique has no effect on the original chemical properties of the drug, and the drug is released for therapeutic purposes by some external stimulation or slow release. Microcapsules generally have a diameter of 1 to 500 μm and a wall thickness of 0.5 to 150 μm. Microcapsules have the ability to improve and enhance the appearance of substances and their properties, store microscopic substances, delay and control release, and protect the core material from the environment, reduce toxicity, and shield it from odors. Microencapsulation Technology Services Preparation Options for Microcapsules Chemical Method Interfacial polymerization method, in situ polymerization method, sharp pore - solidification bath method. Physicochemical Method Condensed phase separation method, complex phase emulsion method. Physico-Mechanical Method Air suspension film formation method, spray drying method. Our Services CD Formulation provides microencapsulation technology services with researchers specializing in pharmacology and analytical chemistry who have extensive experience in the healthcare industry. Our services include microencapsulation performance evaluation and process solutions, which can help our clients develop drugs and drug delivery methods to accelerate commercialization and bring drugs to market as quickly as possible. Learn more: https://www.formulationbio.com/microencapsulation-technology-services.html

    • Helen Smith
    • Document
    • English
    • Created 02 Nov 2022
    • Modified 02 Nov 2022
    • Hits 69