Applications
Graphene-based composites for lithium batteries by spray drying
Graphene-based composites can be used to improve the electric conductivity and cycling performance of lithium batteries (LIBs). In this whitepaper, learn more about the steps needed to obtain graphene-based composites using the spray drying technique. Benefit from an illustartion of how graphene-based composites are synthesized, learn about the function of various graphene powders in battery R&D and see process parameters for spray drying of various graphene-based material.

Spray Drying of Amifostine
Amifostine is a cytoprotective agent used to reduce side effects of cancer therapies. Spray drying enables the production of stable, patient-friendly powders with optimized particle properties and bioavailability. It supports oral formulations with controlled release for improved therapeutic outcomes. Application Note No. 427 provides starting parameters, formulations, and results, including Amifostine/PLGA concentrations and solvent systems.
The use of organic solvents in laboratory freeze-dryer
Freeze-dryers were initially intended to be used with water as a solvent. With new applications, freeze-drying is consequently being used more and more in combination with organic solvents instead of water. Organic solvents and inorganic acids and bases are often used in research and development prior to lyophilisation of the sample. The behavior of these new types of samples during freeze-drying must therefore be considered prior to the process.






