Unlock Superior Tablet Performance with Silicified Microcrystalline Cellulose
Enhance your formulations with improved flow, compaction, and tablet strength for efficient manufacturing.
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Silicified Microcrystalline Cellulose
This advanced excipient, a synergistic blend of microcrystalline cellulose (MCC) and colloidal silicon dioxide, revolutionizes pharmaceutical tablet and capsule formulations. It significantly boosts powder fluidity, increases tablet hardness and smoothness, and accelerates the dissolution of solid medicines, addressing key challenges in direct compression and wet granulation.
- Benefit from superior binding performance, which is crucial for robust tablet formulation.
- Achieve faster formulation development with its excellent compactibility and flow properties.
- Discover improved content uniformity and stability in your formulations due to the enhanced surface area.
- Streamline your manufacturing process and reduce costs with its inherent functionality and lower excipient usage requirements.
Key Advantages
Enhanced Compactibility
Experience significantly improved tabletability, allowing for higher production speeds and more robust tablets even with high-speed tableting machines.
Superior Flow Properties
The addition of colloidal silicon dioxide results in better powder flow, ensuring consistent tablet weight and uniform dosages, crucial for process efficiency.
Versatile Application
Acts as a filler, lubricant, binder, and disintegrant, simplifying formulations and reducing the need for multiple excipients.
Key Applications
Tablet Diluent
Serves as an effective filler in tablet and capsule formulations, providing bulk and ensuring uniformity. Its improved compactibility aids in creating stable tablets.
Tablet Disintegrant
Facilitates the rapid breakdown of tablets, ensuring quicker drug release and improved bioavailability. This is key for fast dissolving smcc formulations.
Flow Aid and Lubricant
Enhances the fluidity of powders, preventing sticking and improving the overall manufacturing process in high-speed tableting.
Binder and Adhesive
Its strong binding properties contribute to tablet integrity, making it an excellent choice for both direct compression and wet granulation processes.