Publication|Articles|September 28, 2023

Pharmaceutical Technology

  • Pharmaceutical Technology, October 2023
  • Volume 47
  • Issue 10

Multifunctional Excipient

Univar Solutions' Grace Syloid FP and XDP Silica is a multifunctional excipient designed to solve powder flow and caking challenges in various pharmaceutical applications.

Univar Solutions' Grace Syloid FP and XDP Silica is a multifunctional excipient designed to solve powder flow and caking challenges in various pharmaceutical applications. Manufactured in the United States, Syloid silica is an engineered hydrated silicon dioxide produced under controlled conditions. It meets US Pharmacopeia, European Medicines Agency, Health Canada, and Brazilian Health Regulatory Agency requirements.

Syloid silica’s design combines adsorption capacity, particle size, density, and internal surface area to provide multifunctional benefits or to optimize an application. This is intended to help minimize the number of excipients used and simplify the complexity of formulations while expediting manufacturing and ultimately improving the efficacy of the final dosage form.

Univar Solutions                                                                                                 


Related to this article

Trophy and confetti on light background, top view with space for text. Victory concept | Image Credit: ©New Africa -stock.adobe.com
The winners of the CPHI Pharma Awards 2026 include a neurodegeneration platform, a track-and-trace packaging innovation, a enzymatic mRNA manufacturing technology, and a cell-free enzymatic biomanufacturing platform.
PharmTech Weekly Roundup—October 2, 2026
This week on PharmTech, Merck diversified its pipeline, USP emphasizes supply chain security, AI systems are examined, and speakers preview their presentations at CPHI Milan and AAPS PharmSci 360.
CPHI Milan 2026: Nitrosamine Risk Mitigation, Part 1
Capsugel's Bram Baert and Sandrine Picco argue that chasing zero nitrite in pharmaceutical excipients is often impractical and costly. They recommend setting scientifically justified, risk-based limits and consistently staying below them.