Silica Spheres
Segment : Neutral Spheres
Comprises : NEUTRAL SPHERES / DUMMY PELLETS
Size : 75-212 μm, 106-212 μm, 150-300 μm, 300-500 μm, 710-850 μm
Available Strength : 100%
Product Code : 01{confidential}
Featured Information On Silica Spheres
Silica spheres are free flowing masses prepared by using silicon dioxide having several uses in a variety of sectors. These spherical particles, which are mostly made of silicon dioxide, have a number of benefits for developing new products and solutions.
Silica spheres are produced using exact and controlled procedures, which results in homogeneous size and perfect spherical shape of silica sphere, guaranteeing consistency and dependability. They are extremely useful in a variety of applications due to their homogeneity, which permits precise and predictable performance. The great thermal stability of silica pellets makes them resistant to high temperatures and allows for their usage in difficult production procedures. Silica spheres are also ideal for MUPS technology.
At Umang Global, we specialize in offering encapsulated silica spheres with customized solutions so you can customize your drug release, whether it is for a controlled-release product or a delayed-release. Because of their innate toughness, resilience ideal for sustained release of silica sphere provide long-term stability and resistance to deterioration and deliver dependable performance in even the most demanding conditions.
Small, spherical particles made of the naturally occurring mineral silica are known as silica spheres. These spheres can be produced with a high degree of uniformity in terms of size, shape, and surface characteristics. Their sizes can range from nanometers to several micrometres.
Due to their distinctive characteristics, including high surface area, high porosity, and low toxicity, silica spheres have a wide range of applications. They can be used as an abrasive in polishing applications, as an excipient in pharmaceuticals, as a filler in cosmetics, as a catalyst support in chemical reactions, and as a reinforcing agent in composites. Additionally, they can be functionalized with different chemical groups, enabling a variety of surface chemistries.
Additionally, silica spheres can be utilised in biomedical procedures like tissue engineering, gene therapy, and drug delivery. They can be altered to have particular surface properties and ae biocompatible, which enables targeted drug delivery and cell targeting.
