Microencapsulation formulation development for volatile compound stabilization
A cutting-edge microencapsulation formulation designed to stabilize volatile compounds in diverse environments using scalable technologies like low temperature electrostatic spray drying and emulsion/suspension processes...
Microencapsulation formulation for creatine stabilization
Innovative microencapsulation formulation strategies developed to stabilize creatine in diverse environments using atomization and suspension/emulsion techniques, enhancing product stability across various food and bever...
Microencapsulation for controlled release of oxidants
Innovative microencapsulation technology for controlled release of oxidants like carbamide peroxide onto hair fibers, utilizing water-triggered mechanisms for temporary hair adhesion and customizable release rates.
Microencapsulation technology for improved spirulina dispersibility
Enhance the dispersibility of spirulina through microencapsulation techniques like spray drying and fluid bed coating. This technology improves natural colorant application by reducing agglomeration and foaming, leveragi...
Multi-disciplinary contract R&D services for continuous microencapsulation systems
Southwest Research Institute offers comprehensive R&D services for designing, testing, and fabricating continuous microencapsulation systems. Leveraging expertise in microencapsulation, chemical engineering, and manufact...
Microencapsulation technology for probiotic stability enhancement
Innovative microencapsulation technology using hydrophobic matrices to enhance probiotic stability by preventing water-induced degradation, suitable for food-grade applications.
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